From 2e227e33959f9eeaf733aec1cb5af0a0a83ccad7 Mon Sep 17 00:00:00 2001 From: MCTian-mi <35869948+MCTian-mi@users.noreply.github.com> Date: Fri, 11 Oct 2024 13:23:53 +0800 Subject: [PATCH 1/8] some more fixes reported by @xnossisx --- config/betterquesting/DefaultQuests/Quests/0/5.json | 1 + groovy/postInit/gameplay/StartingAge.groovy | 8 ++++++++ groovy/postInit/mod/Pyrotech.groovy | 5 +++++ groovy/postInit/mod/VanillaRecipes.groovy | 5 +++++ 4 files changed, 19 insertions(+) diff --git a/config/betterquesting/DefaultQuests/Quests/0/5.json b/config/betterquesting/DefaultQuests/Quests/0/5.json index 4e41ae56f..83356efa3 100644 --- a/config/betterquesting/DefaultQuests/Quests/0/5.json +++ b/config/betterquesting/DefaultQuests/Quests/0/5.json @@ -32,6 +32,7 @@ "tasks:9": { "0:10": { "entryLogic:8": "AND", + "ignoreNBT:1": 1, "partialMatch:1": 1, "requiredItems:9": { "0:10": { diff --git a/groovy/postInit/gameplay/StartingAge.groovy b/groovy/postInit/gameplay/StartingAge.groovy index 8874db072..2731a69be 100644 --- a/groovy/postInit/gameplay/StartingAge.groovy +++ b/groovy/postInit/gameplay/StartingAge.groovy @@ -27,6 +27,14 @@ for (item in name_removals) { crafting.remove(item); } +mods.jei.ingredient.yeet( + item('minecraft:stone_sword'), + item('minecraft:stone_shovel'), + item('minecraft:stone_pickaxe'), + item('minecraft:stone_axe'), + item('minecraft:stone_hoe') +) + crafting.replaceShapeless("gregtech:clay_ball_to_dust", metaitem('dustClay'), [ ore('craftingToolMortar'), ore('ingotClay') diff --git a/groovy/postInit/mod/Pyrotech.groovy b/groovy/postInit/mod/Pyrotech.groovy index 8b0efa7e3..7dc0c97f0 100644 --- a/groovy/postInit/mod/Pyrotech.groovy +++ b/groovy/postInit/mod/Pyrotech.groovy @@ -85,6 +85,11 @@ def name_removals = [ "pyrotech:bread_dough", "pyrotech:straw_bed", "pyrotech:clay", + "pyrotech:stone_sword", + "pyrotech:stone_shovel", + "pyrotech:stone_pickaxe", + "pyrotech:stone_axe", + "pyrotech:stone_hoe", "pyrotech:cobbled_limestone", "pyrotech:cobbled_andesite", "pyrotech:cobbled_diorite", diff --git a/groovy/postInit/mod/VanillaRecipes.groovy b/groovy/postInit/mod/VanillaRecipes.groovy index 9f1e1db05..bb87075a5 100755 --- a/groovy/postInit/mod/VanillaRecipes.groovy +++ b/groovy/postInit/mod/VanillaRecipes.groovy @@ -15,6 +15,11 @@ def recipesToRemove = [ 'quark:gravisand', 'quark:ender_watcher', 'quark:redstone_inductor', + "minecraft:stone_sword", + "minecraft:stone_shovel", + "minecraft:stone_pickaxe", + "minecraft:stone_axe", + "minecraft:stone_hoe", 'minecraft:fermented_spider_eye', 'minecraft:speckled_melon', 'minecraft:magma_cream', From 54b61ee81eb5b388933e4ad55d6153064c01e645 Mon Sep 17 00:00:00 2001 From: MCTian-mi <35869948+MCTian-mi@users.noreply.github.com> Date: Wed, 9 Oct 2024 22:00:18 +0800 Subject: [PATCH 2/8] fix plunger & coke quest --- config/betterquesting/DefaultQuests/Quests/0/1602093300.json | 5 +++-- config/betterquesting/DefaultQuests/Quests/1/668.json | 3 ++- 2 files changed, 5 insertions(+), 3 deletions(-) diff --git a/config/betterquesting/DefaultQuests/Quests/0/1602093300.json b/config/betterquesting/DefaultQuests/Quests/0/1602093300.json index 8c4f3b88c..088c40302 100644 --- a/config/betterquesting/DefaultQuests/Quests/0/1602093300.json +++ b/config/betterquesting/DefaultQuests/Quests/0/1602093300.json @@ -23,8 +23,9 @@ "requiredItems:9": { "0:10": { "Count:3": 8, - "Damage:2": 1, - "id:8": "pyrotech:material" + "Damage:2": 319, + "OreDict:8": "fuelCoke", + "id:8": "gregtech:meta_gem" } }, "taskID:8": "bq_standard:retrieval" diff --git a/config/betterquesting/DefaultQuests/Quests/1/668.json b/config/betterquesting/DefaultQuests/Quests/1/668.json index a673037f6..ae1fad209 100644 --- a/config/betterquesting/DefaultQuests/Quests/1/668.json +++ b/config/betterquesting/DefaultQuests/Quests/1/668.json @@ -31,6 +31,7 @@ "tasks:9": { "0:10": { "entryLogic:8": "AND", + "ignoreNBT:1": 1, "partialMatch:1": 1, "requiredItems:9": { "0:10": { @@ -44,7 +45,7 @@ "Durability:3": 0, "HarvestLevel:3": 1, "Material:8": "rubber", - "MaxDurability:3": 256, + "MaxDurability:3": 255, "ToolSpeed:5": 4.0 }, "HideFlags:3": 2 From 91b31f8ea3c68f7122fb3b5f5c6da4708bca34b5 Mon Sep 17 00:00:00 2001 From: MCTian-mi <35869948+MCTian-mi@users.noreply.github.com> Date: Wed, 9 Oct 2024 22:09:25 +0800 Subject: [PATCH 3/8] fix modular storage quest --- .../DefaultQuests/Quests/MultipleQuestLine/712.json | 1 + 1 file changed, 1 insertion(+) diff --git a/config/betterquesting/DefaultQuests/Quests/MultipleQuestLine/712.json b/config/betterquesting/DefaultQuests/Quests/MultipleQuestLine/712.json index 3f17f26c1..c30d85eef 100644 --- a/config/betterquesting/DefaultQuests/Quests/MultipleQuestLine/712.json +++ b/config/betterquesting/DefaultQuests/Quests/MultipleQuestLine/712.json @@ -18,6 +18,7 @@ "tasks:9": { "0:10": { "entryLogic:8": "AND", + "ignoreNBT:1": 1, "partialMatch:1": 1, "requiredItems:9": { "0:10": { From 1bffffafc0ea913c02f72c1969036dd61eecaee6 Mon Sep 17 00:00:00 2001 From: MCTian-mi <35869948+MCTian-mi@users.noreply.github.com> Date: Fri, 11 Oct 2024 13:30:39 +0800 Subject: [PATCH 4/8] adjust the FiniteWater.groovy to lower the limit to the sea level --- groovy/postInit/gameplay/FiniteWater.groovy | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/groovy/postInit/gameplay/FiniteWater.groovy b/groovy/postInit/gameplay/FiniteWater.groovy index 4f72c6793..c9660c2c2 100644 --- a/groovy/postInit/gameplay/FiniteWater.groovy +++ b/groovy/postInit/gameplay/FiniteWater.groovy @@ -13,7 +13,7 @@ import net.minecraftforge.fml.common.eventhandler.Event; event_manager.listen { BlockEvent.CreateFluidSourceEvent event -> World world = event.getWorld(); BlockPos pos = event.getPos(); - if (pos.getY() > 63) { + if (pos.getY() > 62) { event.setResult(Event.Result.DENY); return; } From 71b9badcd0636cf0c2bd70d02e21ffcd1db14684 Mon Sep 17 00:00:00 2001 From: MCTian-mi <35869948+MCTian-mi@users.noreply.github.com> Date: Fri, 11 Oct 2024 17:23:00 +0800 Subject: [PATCH 5/8] allow using steel drums for backpack --- groovy/postInit/mod/TravelersBackpack.groovy | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/groovy/postInit/mod/TravelersBackpack.groovy b/groovy/postInit/mod/TravelersBackpack.groovy index 6b36506d9..3adf01fb4 100644 --- a/groovy/postInit/mod/TravelersBackpack.groovy +++ b/groovy/postInit/mod/TravelersBackpack.groovy @@ -1,6 +1,6 @@ // Recipe for the default backpack crafting.replaceShaped('travelersbackpack:travelers_backpack_standard', item('travelersbackpack:travelers_backpack'), [ [item('techguns:itemshared', 77), metaitem('workbench'), item('techguns:itemshared', 77)], - [metaitem('large_fluid_cell.steel'), item('minecraft:chest'), metaitem('large_fluid_cell.steel')], + [metaitem('large_fluid_cell.steel').or(item('gregtech:machine', 1612)), item('minecraft:chest'), metaitem('large_fluid_cell.steel').or(item('gregtech:machine', 1612))], [item('techguns:itemshared', 77), ore('wool'), item('techguns:itemshared', 77)] ]) \ No newline at end of file From c56d120ababaa361eab8383cf6b73d08b14c7e3e Mon Sep 17 00:00:00 2001 From: MCTian-mi <35869948+MCTian-mi@users.noreply.github.com> Date: Fri, 11 Oct 2024 17:27:16 +0800 Subject: [PATCH 6/8] what happened here --- groovy/postInit/mod/VanillaRecipes.groovy | 10 +++++----- 1 file changed, 5 insertions(+), 5 deletions(-) diff --git a/groovy/postInit/mod/VanillaRecipes.groovy b/groovy/postInit/mod/VanillaRecipes.groovy index bb87075a5..7a0c061ff 100755 --- a/groovy/postInit/mod/VanillaRecipes.groovy +++ b/groovy/postInit/mod/VanillaRecipes.groovy @@ -15,11 +15,11 @@ def recipesToRemove = [ 'quark:gravisand', 'quark:ender_watcher', 'quark:redstone_inductor', - "minecraft:stone_sword", - "minecraft:stone_shovel", - "minecraft:stone_pickaxe", - "minecraft:stone_axe", - "minecraft:stone_hoe", + 'minecraft:stone_sword', + 'minecraft:stone_shovel', + 'minecraft:stone_pickaxe', + 'minecraft:stone_axe', + 'minecraft:stone_hoe', 'minecraft:fermented_spider_eye', 'minecraft:speckled_melon', 'minecraft:magma_cream', From 9f8e9e2eb1405935f2ee8c431395aec6dc767be3 Mon Sep 17 00:00:00 2001 From: MCTian-mi <35869948+MCTian-mi@users.noreply.github.com> Date: Fri, 11 Oct 2024 20:54:21 +0800 Subject: [PATCH 7/8] update bqu --- manifest.json | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/manifest.json b/manifest.json index 47beec74f..e64fa804d 100644 --- a/manifest.json +++ b/manifest.json @@ -252,7 +252,7 @@ }, { "projectID": 629629, - "fileID": 5487266, + "fileID": 5802573, "required": true }, { From 3c8858351ff99d39577ab3a9c9224badc8f9773a Mon Sep 17 00:00:00 2001 From: MCTian-mi <35869948+MCTian-mi@users.noreply.github.com> Date: Fri, 11 Oct 2024 20:59:04 +0800 Subject: [PATCH 8/8] removes chinese quest localization --- .../resources/supersymmetry/lang/zh_cn.lang | 1821 ----------------- 1 file changed, 1821 deletions(-) delete mode 100644 config/betterquesting/resources/supersymmetry/lang/zh_cn.lang diff --git a/config/betterquesting/resources/supersymmetry/lang/zh_cn.lang b/config/betterquesting/resources/supersymmetry/lang/zh_cn.lang deleted file mode 100644 index 3f16b7c8b..000000000 --- a/config/betterquesting/resources/supersymmetry/lang/zh_cn.lang +++ /dev/null @@ -1,1821 +0,0 @@ -susy.quest.ql.0.title=§l§a0 - 原始时代 -susy.quest.ql.0.desc=§l§a-- 原始时代 -- %n有什么潜伏在阴影中……%n%n- 找一个庇护所%n- 为过冬做准备%n- 获得基础资源%n- 努力地活下去%n%n -susy.quest.ql.1.title=§61 - 掀起革命 -susy.quest.ql.1.desc=§6-- 工业时代 -- %n掀起一场科技革命%n%n- 实现初步工业化%n- 掌握蒸汽的力量%n- 开始生产电力%n- 制造最基础的电子元件%n%n-- %n第1阶%nEU/t：0 %n-- -susy.quest.ql.2.title=§72 - 填弹上膛 -susy.quest.ql.2.desc=§7-- LV 时代 --%n弹匣装好，子弹上膛%n%n- 搭建基础的自动防御装置%n- 深入下界，直面恐怖%n- 找到更新更好的材料%n- 给你的敌人刷点火箭%n%n--%n第2阶%nEU/t：32%n-- -susy.quest.ql.3.title=§63 - 移山拔岳 -susy.quest.ql.3.desc=§6-- MV 时代 --%n掌握移山之力%n%n- 根据需求改造你四周的地形%n- 对你的敌人使用毒气%n- 建造威力更强、射程更远的导弹%n- 使用自动化武器收割怪物%n%n--%n第3阶%nEU/t：128 %n-- -susy.quest.ql.4.title=§e4 - 钛要怎么来？ -susy.quest.ql.4.desc=§e-- HV 时代 --%n该怎样才能获得钛？%n%n- 建造最大射程的导弹%n- 开发新的冶金工艺来生产钛%n- 解锁飞行载具以征服天空%n%n--%n第4阶%nEU/t：512%n-- -susy.quest.ql.5.title=§75 - 我已成为死神 -susy.quest.ql.5.desc=§7-- EV 时代 --%n我已成为死神，世界的毁灭者%n%n- 分裂原子%n- 征服月球%n- 探索粒子与核物理的世界%n- 向反对者降下热核之火%n%n--%n第5阶%nEU/t：2,048%n--%n -susy.quest.ql.6.title=6 - 需要装配 -susy.quest.ql.6.desc=-- IV 时代 --%n需要一些装配%n%n- 征服整个太阳系%n- 建造反应堆来创造新的元素%n- 改造生命以适应你的需要%n%n--%n第6阶%nEU/t：8,192%n-- -susy.quest.ql.7.title=§c7 - 启航！ -susy.quest.ql.7.desc=§c-- LUV 时代 --%n启航！%n%n- 建造星际飞船以探索其他恒星%n- 寻找奇异的外星资源%n- 探索地外行星%n- 在恶劣的外星环境与恐怖的太空中生存%n%n--%n第7阶%nEU/t：32,768%n-- -susy.quest.ql.8.title=§b8 - 盒中之脑 -susy.quest.ql.8.desc=§b-- ZPM 时代 --%n脑盒%n%n- 使用更先进的动力装甲来保护你自己%n- 修复星门并使用它们来进行星际旅行%n- 使用更先进的神经机械强化自身%n%n-- %n第8阶%nEU/t：131,072%n-- -susy.quest.ql.9.title=§29 - 这不是最后一个电压等级？ -susy.quest.ql.9.desc=§2-- UV 时代 --%n哈？你说这不是最后一个电压等级是什么意思？%n%n- 使用基本力对付你的敌人%n- 释放宇宙中的恐怖%n- 使用传送器来更快地旅行%n%n--%n第9阶%nEU/t：524,288%n-- -susy.quest.ql.10.title=§d10 - 光子之力 -susy.quest.ql.10.desc=§d-- UHV 时代 --%n光的力量%n%n- 使用行星际资源传送提高基地的生产效率%n- 开发塔兰金属中蕴含的力量%n- 建造更强力的能量武器%n- 多种动力装甲%n%n--%n第10阶%nEU/t：2,097,152%n-- -susy.quest.ql.11.title=§911 - 建门者 -susy.quest.ql.11.desc=§9-- UEV 时代 --%n建门者%n%n- 建造星门来实现跨行星瞬间旅行%n- 利用戴森云来收集太阳的全部能量%n- 使用天基激光武器向你的敌人降下毁灭之雨%n--%n第11阶%nEU/t：8,388,608%n-- -susy.quest.ql.12.title=§a12 - 造星者 -susy.quest.ql.12.desc=§a-- UIV 时代 --%n造星者%n%n- 提高生产力以扩展戴森云系统%n- 实现周期表中每一种元素的自主生产%n%n--%n第12阶%nEU/t：33,554,432%n-- -susy.quest.ql.13.title=§513 - 空间霸主 -susy.quest.ql.13.desc=§5-- UXV 时代 --%n空间霸主%n%n- 将你的敌人困在万劫不复的虚空中%n- 造访不同的时间线%n- 去往时间尽头度假%n%n--%n第13阶%nEU/t：134,217,728%n-- -susy.quest.ql.14.title=§4§c14 - 时间领主 -susy.quest.ql.14.desc=§4§c-- OpV 时代 --%n时间领主%n%n- 驾驭黑洞的力量%n- 利用因果律本身%n- 在 TARDIS 的安全范围内支配宇宙%n%n--%n第14阶%nEU/t：536,870,912%n-- -susy.quest.ql.15.title=§l§n15 - 永恒支配者 -susy.quest.ql.15.desc=超对称性（Supersymmetry）。 -susy.quest.ql.16.title=化学 -susy.quest.ql.16.desc=Supersymmetry整合包的主干内容。 -susy.quest.ql.17.title=探索 -susy.quest.ql.17.desc=已知宇宙中所有位置的列表。 -susy.quest.ql.18.title=又快又好搭建筑 -susy.quest.ql.18.desc=关于如何高效搭建外观更好的基地的指南。 -susy.quest.ql.19.title=低温与超导体 -susy.quest.ql.19.desc=超导体超能导！你会想要它们的。 -susy.quest.ql.20.title=交通运输 -susy.quest.ql.20.desc=在最短的时间内从点A移动到点B。 -susy.quest.ql.21.title=电路 -susy.quest.ql.21.desc=超卓越性能计算！ -susy.quest.ql.22.title=元素周期表 -susy.quest.ql.22.desc=包含所有（§k???§r）元素的表格。 -susy.quest.ql.23.title=食物选项 -susy.quest.ql.23.desc=关于如何获取更好食物的指南。在本章结束时，你甚至将不再需要进食！ -susy.quest.ql.24.title=编程 -susy.quest.ql.24.desc=关于开放式电脑的指南。 -susy.quest.ql.25.title=储存 -susy.quest.ql.25.desc=为你的工厂提供储存手段的选项 -susy.quest.ql.26.title=生物图鉴 -susy.quest.ql.26.desc=这里列出了你可能遇见的一些生物。 -susy.quest.ql.27.title=发电 -susy.quest.ql.27.desc=为了提高生产力，我们要让这些电子在导线里§o跳舞§r。 -susy.quest.db.0.title=起源 -susy.quest.db.0.desc=欢迎游玩§9§b§lSupersymmetry§r整合包！%n%n你刚刚降落在一颗未知的星球上，而这本书将会在§k4200§r页内教会你如何从零开始重建文明。%n%n首先，你需要获得一块石子。§r%n%n这本书是可交互的。当你从地上捡起一枚石子后，点击右下方的§l§a检测/交付§r按钮以完成此任务。%n%n即使你弄丢了这本书，你也可以通过按§6[~]§r来查看任务页面。%n%n带有方形边框的任务是可选任务，对于进度而言并非必要。而那些带有和此任务相同锯齿状边缘的任务则是§c必须完成§r的，它们往往包含对于你的生存至关重要的信息。%n%n你将获得一个§6家方块§r，右击其以设置重生点。另外，你暂时无法通过睡觉跳过夜晚，因为直到EV阶段你才可以制作床。%n%n%n%n§8译者注：由于原版在中英混排情景下的奇妙的排版行为，推荐安装§7WarpFix§8模组以改善观感。%n与汉化相关（包括任务书与整合包新增内容）问题请反馈至 §7https://paratranz.cn/projects/9406§r -susy.quest.db.1.title=这是JEI而不是NEI，好好利用它。 -susy.quest.db.1.desc=玩格雷科技基本上不可能不用JEI。以下是一些关于如何充分利用JEI功能的提示：%n%n本包会假设玩家的IQ ≥ 100。如果你对某一物品的配方或用途有任何疑问，将鼠标悬浮于其上并按§6[R]§r以查找其配方，或按§6[U]§r以查找其用途。%n%n在需要时你可以按§6[A]§r来§e把物品添加到书签栏§r以免受不断搜索的痛苦。%n%n本包中的大部分物品都具有§e多种合成配方§r，不要只看了一种配方就认为现阶段没法合成它！%n注意有的材料只能从§e小撮粉§r或是某种§e溶液§r中得来，尤其是在有关石油化工与核化学的配方中。你可能需要一些练习来熟悉这一点。%n%n你可以通过在搜索框中输入§e@ + 模组名称§r来过滤显示相应模组的物品。例如，如果你输入§c@gregtech§r，那么JEI将仅显示来自格雷科技的物品。%n%n也可以在搜索框中输入§e$ + 矿物词典§r来过滤显示含有相应矿物词典的物品。例如，如果你输入§c$logWood§r，那么JEI将仅显示各种原木。 -susy.quest.db.2.title=静谧四季 -susy.quest.db.2.desc=你只能在合适的季节种植作物（但你可以通过搭建§a温室§r，或是建设自动化农业来规避季节的影响），并且在一年中，你周围的环境也会随着季节变化。%n%n§a春季§r始于3月1日，终于5月30日%n§6夏季§r始于6月1日，终于8月30日%n§c秋季§r始于9月1日，终于11月30日%n§b冬季§r始于12月1日，终于2月30日%n%n%n%n§8译者注：除了使用§7温室玻璃§8来规避季节影响外，还可以使用§7GTFO§8模组的多方块§7温室§8或§7洒水器§8 + §7种植站§8实现无视季节的自动化农业。§r -susy.quest.db.3.title=演化 -susy.quest.db.3.desc=目前你需要燧石碎块来制作一些简易工具。%n%n沙砾的采掘不需要任何工具，这使得现在的你可以获得些许燧石。%n%n你可以通过在裸露的石头表面把燧石敲碎§a[手持燧石对石质方块的上表面右键]§r来得到燧石碎块。 -susy.quest.db.4.title=维基百科 -susy.quest.db.4.desc=阿卡什宝典内汇总了一些可能对你有用的指南。点击以免费领取！ -susy.quest.db.5.title=切割101 -susy.quest.db.5.desc=你刚刚做出来的§e燧石小刀§r可以用来§e切割§r物品，或是用于采集§a植物纤维§r§。%n%n切割物品时，你需要§a一只手§r拿着待切物，§a另一只手§r持刀右键。%n%n当然，你也可以把它当作武器来使用。 -susy.quest.db.6.title=植物纤维 -susy.quest.db.6.desc=快用你崭新出炉的§e燧石小刀§r采集一些植物纤维！%n%n你可以通过使用小刀破坏§2高草丛§r或§2树叶§r来获得§a植物纤维§r。%n随后，你可以将这些§a植物纤维§r缠绕成§a纤维绳§r。 -susy.quest.db.7.title=要求你获得木头的那个任务 -susy.quest.db.7.desc=用燧石碎块和纤维绳制作一把§6燧石手斧§r。正如其名，你可以用它来砍树。 -susy.quest.db.8.title=简易武器 -susy.quest.db.8.desc=你可以用燧石制造一些§6武器§r。虽然你现在的资源大概也就够造一把弓几支箭的，但应付当下也算足够了。 -susy.quest.db.9.title=我们的第一批工具 -susy.quest.db.9.desc=有了§6工作台§r，你现在可以制造一些更好的工具了。做一把§6燧石镐§r用来挖矿、一把§6燧石铲§r用来挖沙子和沙砾。 -susy.quest.db.10.title=磁铁矿 -susy.quest.db.10.desc=地层之下深埋着许多有用的资源，等待着你的发掘。%n%n你需要寻找的矿物之一是§a磁铁矿§r，不久后你将需要它来制造磁铁。%n%n磁铁矿会以§a矿脉§r的形式生成在地下，其矿脉大小约为20x20米。%n%n如果你在地表发现了§a小撮磁铁矿粉§r，那意味着此处地下存在磁铁矿矿脉。%n%n%n矿脉在x与z轴方向上的间距约为50米。如果你在一处矿脉的上方，你可能会在地表发现含有金属的石子，屏幕左上角处的信息提示也会告知你已处于矿脉区块中。 -susy.quest.db.11.title=皮革护甲 -susy.quest.db.11.desc=§6皮革§r需要经过热水熟化得到§6熟革§r后，再用线捆在一起得到§b捆扎皮革§r。%n%n你可以用§b捆扎皮革§r在工作台中制作皮革护甲。 -susy.quest.db.12.title=简易冶炼炉 -susy.quest.db.12.desc=熔炉是一种非常简陋的冶炼装置。在可达的最高温度下，它仅能熔炼§6铜§r、§5铅§r以及§7锡§r三种金属。%n%n更多有关这些金属矿物的信息可以在后续任务中找到。%n就现在而言，你只需要把熔炉做出来就行。 -susy.quest.db.13.title=铜 -susy.quest.db.13.desc=铜存在于§6黄铜矿§r、§6辉铜矿§r、§6孔雀石§r、§6斑铜矿§r以及§6黝铜矿§r的矿脉中。铜在地壳中几乎无处不在，甚至在更深的地层中也能发现它的身影。%n%n如果你找不到某种矿脉，可以查询JEI的矿物生成信息页面。%n%n让我们先小烧30个铜锭。%n%n在地表发现§6小撮铜粉§r意味着地下存在含铜矿脉%n%n§c§l一个重要的经验法则是，不要真的按照任务书所给的数量收集基础原料，因为任务书上的数是随便写的。你可以照做，但是相信我，你会需要多得多的铜的。 -susy.quest.db.14.title=锡 -susy.quest.db.14.desc=锡存在于§6锡石矿砂§r与§6锡石矿§r的矿脉中。你可以在JEI的矿物生成信息页面查询它们的生成位置。%n%n锡是一种银白色的软金属，它可以很容易地被切开或是掰弯。%n%n锡的矿脉大小约为20x20米，每个矿脉最多能够产出约合5000个锡锭的矿物。%n%n§c§l一个重要的经验法则是，不要真的按照任务书所给的数量收集基础原料，因为任务书上的数是随便写的。你可以照做，但是相信我，你会需要多得多的锡和（尤其是）铜的。 -susy.quest.db.15.title=研磨 v0.1 Alpha -susy.quest.db.15.desc=§a研钵§r可以被用来把锭研磨成§b粉§r。%n%n你可以使用任何具有对应圆石形态的石头和燧石来制作它。 -susy.quest.db.16.title=合金101 -susy.quest.db.16.desc=§6青铜§r是一种由75%%的铜和25%%的锡组成的合金。%n%n在§a工作台§r中将铜粉与锡粉以3 : 1的比例混合便可得到§6青铜粉§r。青铜粉可以在熔炉中被熔炼为青铜锭。%n%n以手工混合的方式每次只能得到3个§6青铜粉§r。不过，后续你可以使用§6搅拌机§f来避免损失，或使用§6合金炉§r来在不造成损失的情况下免除金属锭磨粉的过程。%n%n§3完成此任务将解锁第1阶§r -susy.quest.db.17.title=有什么潜伏在阴影中…… -susy.quest.db.17.desc=对于大多数有生命活动的行星而言，夜晚与黑暗都意味着危险。所以请尽快找到一个庇护所。%n%n如果你在夜晚外出，你可能会发现周围有一些生物。这个阶段的你还远不足以杀死它们，所以§c你必须学会隐藏§r。 -susy.quest.db.18.title=研磨 v0.2 Beta -susy.quest.db.18.desc=你可以使用石磨从矿物中提取更多的金属。这不算太好……不过这只是个开始。另外，这台石磨是§c手动§r机器，所以你需要你“手动”给它提供能量。%n%n在石磨的上方放置一个§6木制曲柄§r并对其§a右键§r即可转动石磨。几次旋转后，矿石便会被磨成粉碎矿石。%n%n每两个矿石能够产出三个粉碎矿石。%n%n得到的粉碎矿石可以被冶炼成锭，或经进一步处理得到§b含杂矿粉§f或者§b离心矿石§f以从你的矿石中榨取更多价值。 -susy.quest.db.19.title=搞点木棍 -susy.quest.db.19.desc=使用燧石或燧石小刀破坏树叶会掉落木棍。燧石碎块不行。 -susy.quest.db.20.title=焦炉 -susy.quest.db.20.desc=§7焦炉§r是一种由焦炉砖块与处在正面中心的焦炉主方块构成的3x3x3空心立方体形多方块结构。%n它可以将§7煤炭§r炭化为§7焦煤§r，或将§7原木§r炭化为§7木炭§r。%n%n相较煤炭而言，焦煤可以在熔炉或固体燃料锅炉中燃烧更长的时间。%n%n焦炉在炼焦的过程中也会产生杂酚油，其可作为熔炉或者液体燃料锅炉的燃料，或用于生产§6防腐木板§r。 -susy.quest.db.21.title=格雷化 -susy.quest.db.21.desc=在迈向工业时代之前，你需要一些更高级的工具。有六种工具对你而言非常重要。%n%n§6§l你应该先做一些青铜工具，因为目前你离其他材料还有点远。§r %n%n§2锤§r差不多哪里都用得上。它可以用于制造其他工具，以及把锭敲成板。%n§2锉§r可以把锭锉成杆。%n§2锯§r可以把木板锯成台阶，以及把原木锯成6块木板。%n§2螺丝刀§r在很多配方中都有用到，也可以用来配置覆盖板。一些重要的零件——例如齿轮和转子——也需要螺丝刀来合成。%n§2扳手§r被用于调节管道的连接与断开，可以说是最为重要的工具之一。%n§2剪线钳§r可以用来调节线缆的连接与断开。%n%n§c§lJEI页面仅会显示铁质工具，但所有材质的工具都可以用于合成。目前你应该先做青铜工具。§r%n%n%n%n§8译者注：在任一材质的工具上按§7[U]§8将显示所有材质工具的配方。§r -susy.quest.db.22.title=土高炉 -susy.quest.db.22.desc=正如先前所说，熔炉并不是一种很好的金属冶炼装置。它能达到的最高温度仅有1,000 K（730°C），远不足以冶炼铁。%n%n一座土高炉由32个§c耐火砖块§r和一个§4土高炉主方块§r构成。§r其结构主体为§a3x4x3§r§r的桶中空耐火砖块。请查阅JEI的§c多方块结构预览§r页面以获得更多信息。%n%n土高炉可以冶炼生铁、镍以及§b钢§r。它能达到的最高温度约为1,500 K（1,227°C）。%n%n和大部分的格雷科技多方块结构一样，你可以在多座土高炉之间共享墙壁。 -susy.quest.db.23.title=锌 -susy.quest.db.23.desc=分布于地壳深处的§7闪锌矿脉§r中含有§7闪锌矿§r，它是是锌的重要来源。%n%n在常温下，锌是一种带有蓝银色光泽的硬脆金属。%n%n制造磁铁需要一些锌。如果你找不到，也可以用§a磁铁矿§r。%n%n%n%n§8译者注：主世界的§7氟石矿脉§8、§7黄铁矿矿脉§8等也含有少量闪锌矿。§r -susy.quest.db.24.title=伏打电堆 -susy.quest.db.24.desc=想要把铁杆磁化，你得做一个§b伏打电堆§r。%n%n一个伏打电堆由三部分组成：一块§6铜板§r，一块§7锌板§r，和一张浸渍了电解液的纸。%n%n一种常见的电解质是§6柠檬酸§r，你可以使用柠檬、酸橙或橙子与研钵和纸一起合成得到浸渍电解液的纸。酸橙可以在丛林中寻得，柠檬生长在丛林边缘或森林中，而橙子则可以在热带草原上找到。%n%n如果你造不出伏打电堆，你可以使用需要§6磁铁矿§r的另一种磁化铁杆的方法。 -susy.quest.db.25.title=重金属 -susy.quest.db.25.desc=§7铁§r是地球上含量最为丰富的元素之一。它可以被精炼为§6钢§r[参见后续任务]，或是用于制造基础工具。不可否认，它是工业时代最重要的材料。%n%n你于先前任务中获得的§6生铁§r需要首先通过使用锤或锻造锤被锻造为§7锻铁§f。所得的§7锻铁§r可以在熔炉中烧炼成普通的§7铁§r。%n%n先别急着动手。你需要确保§4不要§r把你所有的§7锻铁§f都烧成§7铁§r，因为你需要一些锻铁来生产§6钢§f。%n%n另外，需要提醒你一下，这个任务所需材料的数字也是随便写的，实际上你将会需要冶炼§o成吨§f的§7铁§f，相信我。 -susy.quest.db.26.title=伏特的复仇 -susy.quest.db.26.desc=首先，你需要用把铁锭锉成一根§c铁杆§r，然后把它在熔炉里加热。%n%n接下来你有两种方式得到你的第一根磁化铁杆：%n%n- 使用热铁杆和§c磁铁矿碎块§r在工作台中合成，%n- 或是用§c伏打电堆§r和§c铜导线§r和§c铜弹簧§r来将热铁杆磁化。%n%n一旦你获得了第一根§c磁化铁杆§r之后，你便可以用它来磁化另一根热铁杆，所以不要马上把它用掉！%n%n§3完成此任务将解锁第2阶§r -susy.quest.db.27.title=磁铁矿碎块 -susy.quest.db.27.desc=§7磁铁矿§r矿石可以在工作台中被砸成§7磁铁矿碎块§r，它可以被用于磁化§6铁杆§r。 -susy.quest.db.28.title=格雷工具 -susy.quest.db.28.desc=我们可以用§6青铜§r来做一些更好的工具。你需要先做出工具部件，再把它门组装成工具。%n%n青铜斧可以一次性砍倒整棵树。%n%n青铜开采锤可以一次采掘3x3范围内的方块，除非你按住§6[SHIFT]§r。%n%n青铜铲与开采锤的功能相似，但其只对能用锹开采的方块生效，例如泥土或者沙子。%n%n§c§lJEI页面仅会显示铁质工具，但所有材质的工具都可以用于合成。目前你应该先做青铜工具。§r%n%n%n%n§8译者注：在任一材质的工具上按§7[U]§8将显示所有材质工具的配方。§r -susy.quest.db.29.title=增强型简易武器 -susy.quest.db.29.desc=用你新出炉的合金做一把§6青铜剑§r。%n%n%n%n§8译者注：在任一材质的工具上按§7[U]§8将显示所有材质工具的配方。§r -susy.quest.db.30.title=通往工业时代的大门 -susy.quest.db.30.desc=§6钢§r是一种铁碳合金，相较于其他形式的铁，§6钢§r具有更高的§6强度§r与更强的§6断裂韧性§r。%n%n你可以在§c土高炉§r中使用焦炭将§7锻铁§r冶炼成§6钢§r。%n%n炼钢是你迈入工业时代所需完成的首要任务之一，所以请确保你的高炉时刻运行。同时，你也可以试着搭建4台共用墙壁的高炉。 -susy.quest.db.31.title=§6第一章 // 掀起革命 -susy.quest.db.31.desc=工业时代的目标包括获得蒸汽机器，生产真空管以及生产电力。%n%n下列信息对你的生存至关重要，请仔细阅读！%n%n%n§l§n我该怎样获得蒸汽？§r%n%n主要有几种不同的蒸汽生产方式：§c固体燃料锅炉§r，§c液体燃料锅炉§r，§c太阳能锅炉§r，以及§c大型锅炉§r。固体燃料锅炉是目前一个不错的选择。%n%n固体燃料锅炉通过燃烧§c熔炉燃料§r生产蒸汽，并且具有非常高的燃料效率。它需要一段时间来升温，当温度足够高后，会在消耗水的同时自动向相连的管道输出蒸汽。注意，向已具有较高温度的空锅炉内加水会引发§4§l§n爆炸§r。%n%n§l§n蒸汽机器是怎样运行的？§r%n%n蒸汽机器很§6慢§r，§6需要连接于蒸汽管道§r，而且§6不具有自动输出能力§r。%n另外，蒸汽机器带有一个§6排气口§r，在默认情况下，它是处于机器背面的一个灰色方块。%n排气口的朝向可以通过扳手调整，但§6不能被阻挡§r。%n当机器完成一次配方时，会从排气口排出废气（以白色烟雾状粒子效果表示），如果此时你很不幸地恰好站在排气口旁边，你可能会被§c§l活活煮熟§r。%n%n§l§n我还是不懂怎么办？§r%n%n如果你还是需要一些帮助，可以看看这个视频：https://www.youtube.com/watch?v=CR3KGYtaEtM%n%n §r------------------------------------%n§3第一章 - 掀起革命%n§r------------------------------------%n§r- 实现初步工业化%n- 掌握蒸汽的力量%n- 开始生产电力%n- 制造最基础的电子元件%n%n第1阶%nEU/t：0 %n------------------------------------%n -susy.quest.db.32.title=合金201 -susy.quest.db.32.desc=§6蒸汽合金炉§r可以直接把粉或锭熔炼为§c§l合金§r。%n%n这台机器需要大量的蒸汽来运行。如果蒸汽耗尽，你可以使用§a软锤§r右键使其停止运行。%n%n§6蒸汽合金炉可以§r从§d锭§r，§d粉§r，乃至§d粒§r直接制造合金。你也可以通过向其中放入粒模具来将锭转化为粒。%n%n注：与其他所有蒸汽机器相同，合金炉每完成一次配方，便会从排气口面排出一次废气，所以§c请勿阻挡该面§r。另外，蒸汽很烫，直接与之接触将对你造成伤害。你可以通过扳手右键调整合金炉的排气口方向。 -susy.quest.db.33.title=矿物倍产 -susy.quest.db.33.desc=The §6Steam Macerator §ris used to convert ores into crushed ores. This is the most simple way of doing ore processing.%n%nEvery ore put into the Steam Macerator turns into 2 crushed ores, that can be smelted in the Furnace or PBFto get two ingots.%n -susy.quest.db.34.title=合金炉模具 -susy.quest.db.34.desc=§6Molds§o§r can be used in the alloy smelter and the fluid solidifier. You need them to make vacuum tubes.%nThey can be used for turning dusts into ingots, or ingots into gears, using the alloy smelter.§r%n -susy.quest.db.35.title=蒸汽胶乳收集器 -susy.quest.db.35.desc=The creation of §6Rubber §ris a very important step for any aspiring technician. Later on, rubber allows you to create circuitry.%nRubber is made from §5§6Latex§r, a fluid which is collected by putting a §6Steam Latex Collector §rnear a Rubber Tree. %n%nMake sure that the Collector is touching a Rubber Log on the §6white §rside of the machine. -susy.quest.db.36.title=LV传送带 -susy.quest.db.36.desc=The §7LV Conveyor Module §ris the fourth machine component you will need. %n%nIt can be also used as a cover to move items around. %n%nThe Conveyor Module, when placed on a machine, will transfer items to the block adjacent to the face it’s on. You can configure it to import or export items from the machine or item pipe you place it on.%n%nVoltages are irrelevant when placing covers on machines, so, for example, you can safely put an LV conveyor module on HV machines and vice versa.%n -susy.quest.db.37.title=镍 -susy.quest.db.37.desc=§d§rNickel is a silvery-white lustrous metal with a slight golden tinge. It is a hard and ductile transition metal. %n%n§e§dNickel§r is found in §6Garnierite§r, §6Pentlandite§r, §6§rand §6Nickel §rores. They are found in the second layer of Earth's crust, called "The Beneath" by villagers.%n%nMining deeper in the crust requires special equipment. Check the Exploration chapter for more info.%n §r%nNickel will be required for the production of §6electricity§r. -susy.quest.db.38.title=蒸汽焙烧炉 -susy.quest.db.38.desc=The §6Steam Roaster §rburns chemicals using steam. It's a reaction furnace. This machine will be used for the production of §6sulfur§r. The Roaster will be used in many chemical processes in LV and onwards. -susy.quest.db.39.title=惊人的力量 -susy.quest.db.39.desc=The §aSteam Compressor §rcompresses things. It can turn ingots into blocks, as well as nuggets to ingots.%n -susy.quest.db.40.title=蒸汽锻造锤 -susy.quest.db.40.desc=The §l§r§6Steam Forge Hammer §ris an extremely useful machine that will do pretty much anything that requires a hammer.%n%nIt can make §6plates §r§l§rat a better ratio, only requiring 1.5 ingots instead of 2 per plate. This can allow you to save a substantial amount of ingots until you acquire the §6bender§r, which requires only 1 ingot per plate. -susy.quest.db.41.title=硫化机 -susy.quest.db.41.desc=The §6Vulcanizing Press§r turns Latex into Rubber plates. It requires §6Sulfur§r. The reaction may take a long time but it can be sped up by using §6Magnesia §ror §6Zincite§r as a catalyst. -susy.quest.db.42.title=红石与红石合金 -susy.quest.db.42.desc=§cRed Alloy§r is a highly conductive alloy made out of redstone and §ecopper§r. It can only be made in the alloy smelter.%n%nYou can find §4Redstone Ore §rin at altitude levels 15 to 35. If you find redstone rocks on the surface, this means that there will be a deposit underground. -susy.quest.db.43.title=玻璃管 -susy.quest.db.43.desc=The main objective of the Industrial Age is §evacuum tubes§r. Our first step is making §aglass tubes§r, with a ball mold and glass dust. %n -susy.quest.db.44.title=黄铁矿与硫 -susy.quest.db.44.desc=§6Pyrite §fcan be obtained by digging in §6Galena §f§for §6Sphalerite §fveins. Those veins can be found in the first two layers of the crust. You can even find pure Pyrite vein if you are lucky!%n%nPyrite dust can be roasted to obtain Banded Iron dust and elemental §6Sulfur§f, which will be used in preocessing rubber.%n%nAlternatively, you could go to the third crust of the layer and find Sulfur ore there, also known as §6Sulfur Deposit.§f%n%nTo complete this quest, you can complete any of the Retrieval Task. -susy.quest.db.45.title=蒸汽搅拌机 -susy.quest.db.45.desc=The §7§6Steam Mixer §rmixes several dusts or fluids together. It will be required for mixing Sulfur Trioxide and Water to create H2SO4. %n%nIf some mixer recipes require a §6programmed circuit§r, you can §aclick §ron the "G" in the bottom right of the Mixer to change the configuration. -susy.quest.db.46.title=H₂SO₄ -susy.quest.db.46.desc=Sulfur Trioxide and Water can be mixed together to create §6Sulfuric Acid§r. You can use a §6Steam Mixer §ffor this.%n%nSO3 + H2O -> H2SO4%n%nSince §6Sulfuric Acid §ris an acid, it will require §6special equipment §rto handle it. §c§lBuckets or Bronze/Steel Drums can't handle Acids. §rYou must use a §c§lLead Drum or Gold Drum §rto transport Sulfuric Acid, as it's acid-proof. -susy.quest.db.47.title=LV卷板机 -susy.quest.db.47.desc=The §7LV Bending Machine §ris a better method for making Plates and Foils. It processes §61 Ingot into 1 Plate§r, unlike the Steam Forge Hammer which processed 3 Ingots into 2 Plates. -susy.quest.db.48.title=橡胶片 -susy.quest.db.48.desc=Use the Vulcanizing Press to create §6Rubber Sheets. -susy.quest.db.49.title=凝固缸 -susy.quest.db.49.desc=§6凝固缸§r可以用来将液体凝固。%n%n搭建一台凝固缸至少需要：%n§6- 1 凝固缸控制器方块%n- 24 凝固缸壁面%n§r%n它可以将液态的胶乳凝固成块状。%n如果想要加快生产速度，你可以使用§6催化剂§r加快其运行速度，或延长其结构来增加并行。%n%n你可以通过在加装输入仓与输出总线来§c自动化此设备§r。%n%n这台机器并非必要，但它可以让橡胶生产线的下一步的效率增长到原来的§c8倍§r。%n%n%n§f§l注：此机器在输入仓/输出总线的放置上有一些问题。建议先在创造模式搭建以确认何种摆放方式可以使得§6§l凝固缸§r§l成型。 -susy.quest.db.50.title=导线绝缘 -susy.quest.db.50.desc=§6Wires §rcan be insulated with §6Rubber §sto create Cables. Cables don't have a lot of §6Energy Loss§r, and, unlike wires, you won't get damaged if you touch them.%nThese will be required in the creation of circuits. -susy.quest.db.51.title=LV 电动马达 -susy.quest.db.51.desc=§6LV Electric Motors §rare one of the most important components in electric machines, but they are also required to make §6pistons§r.%n%nWhile you'll only need a few of these in the Industrial Age, once you get to the Electric Age you will require hundreds of pistons. You can batch craft 16 or more Pistons at a time to reduce the pain. -susy.quest.db.52.title=LV 电力活塞 -susy.quest.db.52.desc=The §6LV Electric Piston§r is also another important component of electric machines, but it will be required to make the Steam Macerator and Forge Hammer. -susy.quest.db.53.title=阴阳两极 -susy.quest.db.53.desc=Combining a plate of §6Lead §rwith some wiring creates §6Lead Anodes and Cathodes§r. If they are combined with §6Sulfuric Acid§r, they can make a Lead Acid Battery. -susy.quest.db.54.title=真空管 -susy.quest.db.54.desc=A §6Vacuum Tube §o§ris a device that controls electric current flow in a high vacuum between electrodes. It's basically one of the components for the §6Primitive Circuit.§r%n%nCombine all the items to make a Vacuum Tube. -susy.quest.db.55.title=矿物处理 -susy.quest.db.55.desc=Macerating is still an ore doubler like in other mods, but there is a twist, it does not give dusts directly! Crushed Ores are meant for more advanced ore processing. One Crushed Ore will convert to one dust.%n%nTo get the Impure Dust§r, hammer the Crushed Ore. %n%nThis is done either by using a Hammer tool in the crafting table, or using the Steam Forge Hammer.%n%nThe Impure Dust can be smelted in the Furnace to get the Ingot.%n%nThe Impure Dust can also be thrown in a vanilla Cauldron filled with water to clean it and turn it into a regular dust. Throw them in full stacks to consume less water per single dust.%n%n§lNote：Macerating, hammering, and then smelting（sometimes into nuggets）is really time consuming in the steam age! Resource efficiency can be ignored for now. Nobody will blame you for smelting ores directly into ingots.%n -susy.quest.db.56.title=更好的蒸汽机器 -susy.quest.db.56.desc=§2High pressure §rsteam machines require steel and they're two times faster than normal steam machines. High pressure §r§eboilers§r also generate steam twice as fast. Contrary to their name, they do not require actual High Pressure. -susy.quest.db.57.title=液体燃料锅炉 -susy.quest.db.57.desc=Lava can also be used to boil steam. You may also choose to use creosote from your coke ovens. -susy.quest.db.58.title=太阳之力 -susy.quest.db.58.desc=§6Solar boilers §rcan be used to get steam using the power of the sun. %nThey only generate steam while the sun is up, 13 hours per day. -susy.quest.db.59.title=桶 -susy.quest.db.59.desc=§6Bronze Drums §rdon't occupy much space, but they can store up to 32,000 L of fluid in a single block.%n%n§8Steel§f Drums hold more, at 64,000 L. §9§b§3§3§1§9§b§3Aluminium§f Drums hold 128,000 L and §e§3§f§0§b§c§d§b§3§bStainless Steel§f drums hold 256,000 L. -susy.quest.db.60.title=LV线材轧机 -susy.quest.db.60.desc=The §7LV Wiremill §ris a machine that processes §61 Ingot §rinto §62 Wires§r automatically. It can also process a Wire into §64 Fine Wires§r. It is §cmuch more efficient §rthan making wires manually. -susy.quest.db.61.title=手炮 -susy.quest.db.61.desc=In the Industrial Age you are able to produce better weapons. The §aHandcannon §ris one of those. It uses stone bullets as ammunition. -susy.quest.db.62.title=双管猎枪 -susy.quest.db.62.desc=The §aDouble Barrel Shotgun§r is the first ever gun that you can make. It uses §aShotgun Rounds §o§rfor ammo.%n%nIt's a shotgun, this means it will fire 8 projectiles at once. For more info, look at the tooltip. -susy.quest.db.63.title=左轮手枪 -susy.quest.db.63.desc=The §Trevolver uses §6Pistol Rounds §rfor ammo. -susy.quest.db.64.title=电阻 -susy.quest.db.64.desc=A §6Resistor§r is an electrical component that limits the flow of electrical current in an electronic circuit.%n%nResistors are another major component of §bLV circuits§r. They are made with sticky resin, which can be found in §2rubber trees§.. Use a §6Latex Collector §rto extract the liquid resin. -susy.quest.db.65.title=覆膜电路板 -susy.quest.db.65.desc=§6Coated circuit boards§r are another component of LV circuits. They are made with sticky resin, and wood planks. A circuit board is used in electronic engineering to connect electronic components to one another.%n%nYou have to coat the board with wires to make it usable, turning it into a §6Basic Circuit Board§r. -susy.quest.db.66.title=这仅仅是个开始…… -susy.quest.db.66.desc=Assembling the circuit parts（§6resistors§r, §bvacuum tubes§r, §cwiring§r, and the §2board§r）gets you one Primitive Circuit. %n%nCircuits are the brain of all electric machines - they're needed for the machine to work. There are over 10 different types of circuits - ranging from Primitive to extremely powerful bio-processors.%n%n -susy.quest.db.67.title=地球 -susy.quest.db.67.desc=-- §aIMPORTANT INFORMATION§r --%n- Surface gravity：1g%n- Day length：24 hours %n- Atmosphere：Breathable（1 atm）%n 1. 78.084%% Nitrogen%n 2. 20.946%% Oxygen%n 3. 0.9340%% Argon%n 4. 0.0417%% Carbon Dioxide%n 5. 0.001818%% Neon%n 6. 0.000524%% Helium%n 7. 0.000187%% Methane%n 8. 0.000114%% Krypton%n- Orbital period：365 Days %n- Satellites：%n 1. Moon%n%n-------------------------%n%n§aEarth§r is a terrestrial planet that orbits a star called §6the Sun§r, also known as §6Sol§f. It has a rocky surface that is divided into various landforms known as continents. It includes vast oceans, towering mountains, lush forests, arid deserts, and polar ice caps. The oceans cover approximately 70%% of the planet's surface, while the remaining 30%% is made up of land.%n%nThe mountains on Earth can reach incredible heights. Forests on Earth are abundant and provide a home for many different species of plants and animals. These forests are a vital component of the planet's ecosystem and play an essential role in regulating the Earth's climate. %n%n§cBy digging down from the Earth's surface, one can encounter three types of rocks：Sedimentary, Igneous and Metamorphic. Sedimentary rocks, like limestone, can be found at altitude levels up to 40, while igneous rocks, like gabbro or granite, can be found between 0 and 40.%n%nUnder the Earth there is a cave system called The Beneath. This cave system is a complex network of underground tunnels, chambers, and passageways that stretches over a significant distance. You can get to it by digging down to Y level 0, and venturing below.%n%n -susy.quest.db.68.title=深渊 -susy.quest.db.68.desc=-- §aIMPORTANT INFORMATION§r --%n%nPlanet：§aEarth§r%nID：§a10§r%nDepth：§c64m§r%n%n-------------------------%n%n§4Dig 64 meters from sea level to access the second layer. Please be aware of your surroundings while traversing The Beneath, as it is very dangerous.%n%n§rThe Beneath refers to the deep, subterranean layers of the Earth's crust. These layers are composed of metamorphic rock. %n%nThe rocks found in The Beneath are formed from the intense pressure and heat that are present deep within the Earth's crust. Within The Beneath, you can find ores that have been hidden for millions of years. For example：§6anthracite§r, a rare type of coal.%n%nExploring The Beneath requires specialized equipment and expertise. Several §b§kWeeping Angels §r can also be found in the Beneath. They are extremely dangerous entities, so be extremely careful while exploring.%n%n -susy.quest.db.69.title=下界 -susy.quest.db.69.desc=-- §aIMPORTANT INFORMATION§r --%n%nPlanet：§aEarth§r%nID：§a-1§r%nDepth：§c320m§r%n%n-------------------------%n%n§4Dig down to the bottom of the Beneath to access this dimension.§r%n%n§3§4§lWARNING：Water buckets do not work at high temperatures. Tanks may be used to transport fluid here instead. -susy.quest.db.70.title=月球 -susy.quest.db.70.desc=-- §aIMPORTANT INFORMATION§r --%n%n- Surface gravity：0.166g%n%n- Day length：30 Earth days%n%n- Atmosphere：None%n%n- Orbital period：30 Earth days%n%n- Orbits：Earth%n%n- Satellites：None%n%n-------------------------%n%n§3WARNING：Due to technical restrictions, your internal clock will not work while on the Moon. -susy.quest.db.71.title=铅酸电池 -susy.quest.db.71.desc=The §6Lead–Acid Battery§r is the first type of rechargeable battery ever created. Compared to more powerful batteries, Lead–Acid Batteries have relatively low energy density. But it's a start. %n%n3 Lead-Acid Batteries are a more energy-dense source of electricity than a full Steel Tank of Steam.%n%nCombining Cathodes and Anodes makes a Battery.%n%nYou can access better recipe to make Lead-Acid Battery with the §cLV assembler§r, which consumes 1 LV Battery Cell, 2 Lead Plates and 1 bucket of Sulfuric Acid.%n -susy.quest.db.72.title=辉锑矿与锑 -susy.quest.db.72.desc=§6Antimony §ris a metalloid. In its metallic form it is silvery, hard and brittle. Antimony is used to make §6battery alloy§r, which is used to make the casings for §6batteries§r.%n%nAntimony is found in §6Stibnite Ore§r, in Stibnite veins.§k§6 §rStibnite can also be found in § §6Cinnabar §rveins in small amounts§r. -susy.quest.db.73.title=电池合金 -susy.quest.db.73.desc=§6§rCombine §6Lead §rand §5§6Antimony §rdusts in a Steam Mixer to create Battery Alloy.%n%nAlternatively, you can use the Alloy Smelter recipe to make the ingot. -susy.quest.db.74.title=石灰岩 -susy.quest.db.74.desc=§6Quicklime§r, or calcium oxide, can be obtained by smelting limestone in a Furnace. Limestone can be found by mining underground. %n%n§6§rAt your current level of technology, §6Quicklime §rcan be turned into §6Slaked Lime §rusing either a §6Ceramic Bucket§r or a §6Bronze Drum§r. Since iron buckets aren't available now, and Bronze Drums are expensive, you can check the §6§lBalanced Bucket§r quest entry for more info. It will be used for the construction of §6firebricks§r. -susy.quest.db.75.title=蒸汽活塞 -susy.quest.db.75.desc=§6Pistons §rare required to build most of your Steam machines, so it's important that you get a few of them. -susy.quest.db.76.title=你的第一天 -susy.quest.db.76.desc=§c以下将会是你在头几天的优先事项：%n%n§r- 开采沙砾，燧石工具是必要的%n- 获取黏性树脂，它可以用来在游戏的极早期制作火把%n- 先造一把斧头，然后是其他工具%n- 砍成吨的木头%n- 在锡或铜矿脉上建一座庇护所%n- 在草丛中找一些种子，其中不明GTFO种子可以被合成为任何种子！%n- 用你新获得的种子开垦一块室内农场%n%n你应该从空投仓里带出了一些配给，它们应该足够你应付过一些日子了。 -susy.quest.db.77.title=真空管部件 -susy.quest.db.77.desc=Combining a bunch of §6wires §rand a §6steel ring §rcreates the components for a §6Vacuum Tube§r. These will be put into a glass tube and sealed shut at an extremely low pressure using a §6Vacuum Chamber§r. For now, just make the components. -susy.quest.db.78.title=真空室 -susy.quest.db.78.desc=A §6vacuum chamber§r is a rigid enclosure from which air and other gases are removed by a vacuum pump.%n%nThis results in extremely low pressures, for example, the Vacuum Tube requires less than 130 §6§lmicro§l§r§6Pascals §rto function.%n%nThis is required to make the Vacuum Tube. -susy.quest.db.79.title=轧线101 -susy.quest.db.79.desc=§6Wires §rcan be cut from a plate of metal using a §6Wire Cutter§r.%n%nIf you have to make §6Fine Wires§r instead, you have to first turn a Plate of metal into a §6Foil§r, and then use the wire cutter. -susy.quest.db.80.title=流体单元 -susy.quest.db.80.desc=§6Steel §rcells can hold up to 8 liters of fluid and gases§r. They are tiered, so you can make fluid cells with anything from Steel to Tungstensteel. -susy.quest.db.81.title=你知道该怎么做。 -susy.quest.db.81.desc=Make the 4 most important §6MV components§r：an MV piston, an MV robot arm, an MV pump, and an MV conveyor module. -susy.quest.db.82.title=更硬,更好,更快,更强 -susy.quest.db.82.desc=Make an §6MV electric motor§r. -susy.quest.db.83.title=简易食品 -susy.quest.db.83.desc=You know what's better than normal food? Sliced food. Sliced tomatoes and grapes offer a bit more saturation than normal ones. -susy.quest.db.84.title=不明种子 -susy.quest.db.84.desc=You can get §6Undetermined Seed §rby breaking random patches of grass. These seeds can be crafted into any type of seed by using the§6 Crafting Table§r.%n%nTry making a §afarm §rnext to your base - but always be aware of zombies! §cTomatoes and grapes§r can be great starting food for your aspiring civilization.%n%nFor more info, press the§a U§r key while hovering over the quest item. -susy.quest.db.85.title=果树 -susy.quest.db.85.desc=You can find many §6fruit trees §rin the world. Some examples are banana trees, orange trees, mango trees, apricot trees, lemon trees and lime trees. %n%nYou can plant their§a §2saplings §rfor a stable source of food. -susy.quest.db.86.title=烤串 -susy.quest.db.86.desc=§6Kebabs §rcan be made by using a Skewer. There are several types of Kebabs：%n%n§cKubide kebab§r - made with mince meat, tomato, animal fat（extracted using a Macerator）and oni§c§rons%n§cBarg kebab§r - made with onions, lemon zest（made with a Mortar）, olives and mince meat%n§cNailed Onion Kebab§r - made with onions and a skewer%n§cNailed Tomato Kebab §r- made with tomatoes and a skewer%n§cCarrot on a Skewer§r - just skewer and carrots%n%n§cRemember that before eating, these must be roasted in a Primitive Baking Oven. -susy.quest.db.87.title=§l§a第零章 // 有什么潜伏在阴影中…… -susy.quest.db.87.desc=把1个原木转化成4个§6木板§r。%n%n你可以用这些木板来造一个§a工作台§r。%n%n------------------------------------%n§3欢迎来到SUPERSYMMETRY！§r%n------------------------------------%n- 探索你的周围§r%n- 找一个庇护所%n- 为过冬做准备%n- 获得基础资源%n- 努力地活下去%n------------------------------------ -susy.quest.db.88.title=皮革 -susy.quest.db.88.desc=杀死牛可以获得§6皮革§r，它可以用来制造简易的护甲。%n%n请注意，动物并不是那么常见。不过你还是有机会找到它们的。 -susy.quest.db.89.title=原始水泵 -susy.quest.db.89.desc=The §3Primitive Water Pump§r is the first way to get large quantities of water for steam. Pumping water into a boiler manually has been widely regarded as a bad idea.%n%nCheck the JEI database for more info on the structure. Structures can be previewed by §ashift right click§ring the main block.%n%nThe Output Hatch§r is where water will be pumped out, you may have it face up or down to auto-output water into your pipes. Use a §6Wrench§r to rotate GregTech blocks（sneak right-click）. %n%nTo increase the water output, the Output Hatch used can be upgraded to §6ULV §ror §6LV§r§r. %n%nThe Primitive Water Pump requires：%n§610 Pump Deck %n10 Treated Wood Frame%n1 Pump Output Hatch%n1 Primitive Water Pump controller§r%n%nKeep in mind that this fortunately does not require external water in the world to function. This is essentially an §einfinite water source§r.%n%n§rCreosote is needed for making the treated wood frames, so make sure to get a Coke Oven first. -susy.quest.db.90.title=煤炭 -susy.quest.db.90.desc=§7Coal §fcan be turned into §b§7Coal Coke§f, a fuel, §rand §btorches§,, sources of light. §rCoal ore veins are found in every biome.%n%n -susy.quest.db.91.title=木制多方块储罐 -susy.quest.db.91.desc=The §aWooden Multi Tank§r is the first tank that you can construct.%n%nIt has a capacity of 250,000 L（that is 250 buckets）, but it cannot store hot fluids since it's made of wood.%n%nThe structure requires：%n%n§623x Wooden Wall%n2x Wooden Tank Valve%n1x Wooden Multiblock Tank Controller%n%n§rYou can input the fluids via the wooden tank valves or the controller.%n%nFor more info on how to build it, look it up in JEI. -susy.quest.db.92.title=线（不是线程！） -susy.quest.db.92.desc=In §5§lSupersymmetry, §rvarious fibrous polymers such as cotton, rayon, kevlar, or others, are found in the fiber and thread forms. These can be used to weave spacesuits, armor, and other useful tools. Fibers can be wet. If so, they are commonly dried into regular fibers, which are subsequently spun with air into larger threads, which are essentially bundles of polymer fiber. This is done in the §l§l§6textile spinner. -susy.quest.db.93.title=平衡的桶 -susy.quest.db.93.desc=Iron buckets§r aren't available yet, so they must be made with clay. %n%nUse a §6Clay Tool §r[§aRight Click§r] on clay to get the bucket. Make sure to then break it with a §6§6§6shovel§6§f, not your hand, or it will drop nothing.%n%nYou should also make sure it isn't a Clay Large or Clay Small Vessel first. %n%nAfter obtaining the bucket, smelt it in a furnace to fire it and get a §cCeramic Bucket§r. -susy.quest.db.94.title=蒸汽马达 -susy.quest.db.94.desc=§6Steam Motors §rrequire two Pistons to function. They are required to create trains. -susy.quest.db.95.title=蒸汽泵 -susy.quest.db.95.desc=§6Steam Pumps §rmove liquid around. They will be required to create a Vacuum Chamber.%n%nIt also acts as a cover and it extracts fluids from tanks or things that don't auto output（like steam machines）.%n%n§6Covers §rare ways to give your machines extra behavior without using any extra block space. Covers are placed by §aright-click§ring the item on a face of a machine, and they can be removed by using a §6Crowbar§r. %n%n§6Pumps, Robot Arms and Conveyor Modules are all Covers§r.%n%nIf you are confused about covers, watch this video：§9https：//www.youtube.com/watch?v=0RsPoXjUags §r（Link doesn't work） -susy.quest.db.96.title=加强版燧石工具 -susy.quest.db.96.desc=You can build a better §6flint axe§r that chops down an entire tree in one hit, and a better §7§6flint pick §rthat automatically places Torches if you [§aRight Click§r]. -susy.quest.db.97.title=LV机械方块 -susy.quest.db.97.desc=The §6LV Machine Casing §ris the basic building block of all LV machines. Each machine requires a §6hull§r, which requires a casing. -susy.quest.db.98.title=火星 -susy.quest.db.98.desc=-- §aIMPORTANT INFORMATION§r --%n%n- Surface gravity：0.38g%n%n- Day length：1.027 Earth Days %n%n- Atmosphere：§cUnbreathable§r（0.00628 atm）%n 1. 95.97%% Carbon Dioxide%n 2. 1.93%% Argon%n 3. 1.89%% Nitrogen%n 4. 0.146%% Oxygen%n 5. 0.0557%% Carbon Monoxide%n 6. 0.021%% Water Vapor%n%n- Orbital period：687 Earth Days %n%n- Orbits：Sol%n%n- Satellites：%n 1. Phobos%n 2. Deimos%n%n- Rare resources：%n - Dilithium%n%n-------------------------%n%n§. -susy.quest.db.99.title=LV组装机 -susy.quest.db.99.desc=The §6Assembler§r is maybe the most important electric machine of them all. It is required for assembling advanced parts that just aren't possible to do by hand. -susy.quest.db.100.title=LV 电力活塞 -susy.quest.db.100.desc=The §7LV Electric Piston §ris a very important machine component. %n%nYou will need a lot of machine components while making LV machines. You should batch craft several Pistons at the same time to reduce the pain. -susy.quest.db.101.title=LV机械臂 -susy.quest.db.101.desc=Another component you will need is the §7LV Robot Arm§r. It's used in the assembler. %n%nThe Robot Arm is a more advanced Conveyor Module. It lets you transfer items in specific batches, at specific rates, or keep a certain amount of items stocked in an inventory. %n -susy.quest.db.102.title=LV电动泵 -susy.quest.db.102.desc=The §7LV Electric Pump §ris another important component used in LV machines. It also acts as a cover, like steam pumps. -susy.quest.db.103.title=LV车床 -susy.quest.db.103.desc=The§6 Lathe §ris a machine that takes an §6Ingot §rof metal and turn it into 2 §6Rods§r. It can be also used to turn 1 §6Bolt §rinto a §6Screw§r, effectively making the process 2 times more efficient. -susy.quest.db.104.title=§7第二章 // 填弹上膛 -susy.quest.db.104.desc=You've made it into the electrical age!%n%nDon't throw away your steam machines, you will probably want to use them until we reach CHAPTER 3.%nThe quickest and easiest way to generate EU power is by making LV §6steam turbines§r. They run on steam, so you can use the steam you're making in your boiler to power them.%n%nWe will explain how EU works in the next page.%n%n§3§r---------------------------------------%n§bLOW VOLTAGE HAS BEEN UNLOCKED! GOOD LUCK.§r%n---------------------------------------%n- Setup basic automatic defenses%n- Dig down to the Earth's mantle and face its horrors%n- Find new and better materials%n- Rain fire on your enemies with ICBMs -susy.quest.db.105.title=电气工程速成班 -susy.quest.db.105.desc=§b§lTHE FOLLOWING INFORMATION IS EXTREMELY IMPORTANT! %nMake sure to understand GregTech energy before continuing.%n§r%n%nEnergy consists of §6Voltage§r and §6Amperage§r. Think of amps as being energy packets that are sent from the generator.%nA Low Voltage generator will output §632 EU/t§r（that's the voltage）in §61 amp§r.%nIf you have four generators they will output §632 volts in 4 amps§r together. %n32 volts in 4 amps is not the same thing as MV（Medium Voltage - 128 volts per amp）%nThis can be compared to four cables containing 32 volts each or one 4x Cable.%n%n===============================%n%nLet's talk about §4explosions§r.%nThere are multiple ways GT Electric machines can explode. %n%n§9Rain§r will make your electric machines explode if the rain hits the machine, so put your machinery under a proper roof§r. Wires without insulation will catch fire when they touch rain.%n§c§r§4Fire§r will explode your machines if it gets too close.%n%n§6If you give your machines too high voltage they will explode.§r %nTo avoid making this error, I suggest that you make some space between different tiers of machines. %n%nYou should also use different cables for different tiers to avoid mistakes. %nThis means §ldo NOT use MV cables for LV energy§r§r, but it will be a while before we can get to that.%n%n -susy.quest.db.106.title=耐火砖块：第一部分 -susy.quest.db.106.desc=Combining §6Slaked Lime§r, §7Flint Dust§r, §6Sand Dust§r and §7Clay Balls（dusts can be made using a Flint Mortar）will create §6Fireclay Mix§r.%n%nFireclay Mix can be turned into Compressed Fireclay by using a brick form. -susy.quest.db.107.title=耐火砖块：第二部分 -susy.quest.db.107.desc=§6Compressed Fireclay §rmust be smelted in a Furnace to turn it into §6Firebricks§r.%n%nFirebricks need to be crafted into blocks to be used in the construction of a Blast Furnace. 32 Firebrick blocks are required for a Primitive Blast Furnace. -susy.quest.db.108.title=LV两极磁化机 -susy.quest.db.108.desc=The §6LV Polarizer §rmagnetizes substances without the use of a Voltaic Pile. For example, it can turn a normal Iron Rod into a Magnetic Iron Rod. -susy.quest.db.109.title=LV搅拌机 -susy.quest.db.109.desc=The §6Mixer §rcombines different fluids, and it also combines different dusts that can't be combined by hand. The §6Mixer§r is required in creating most alloys and in some chemical chains. It is also used to make §6concrete§r. -susy.quest.db.110.title=LV连续搅拌釜式反应器 -susy.quest.db.110.desc=The §6Continuous Stirred Tank Reactor §ris a type of chemical reactor. There are several types of chemical reactors, and each one will be used for a different type of reaction.%n%nThe §6CSTR §rdoes continuous reactions between §6fluids §rand §6gases§r. Continuous processes involve two fluids or gases slowly reacting with each other. This is why it reacts only 10L of fluid every half a second or so instead of doing 1,000 L at once. -susy.quest.db.111.title=LV涓流床反应器 -susy.quest.db.111.desc=The §6Trickle Bed Reactor §ris a type of chemical reactor. %n%nThe §6Trickle Bed Reactor §rdoes continuous reactions between §6fluids §rinvolving a §6catalyst§r that can only be in dust form. It does §6continuous §rprocesses, just like the CSTR. -susy.quest.db.112.title=LV鼓泡反应器 -susy.quest.db.112.desc=The § §6Bubble Column Reactor §ris a type of chemical reactor. %n%nThe §6Bubble Column Reactor §rdoes reactions that involve bubbling a §6gas §rinto another fluid. It does §6continuous §rprocesses, just like the CSTR. -susy.quest.db.113.title=LV固定床反应器 -susy.quest.db.113.desc=The §6Fixed Bed Reactor §ris another type of chemical reactor.%n%nIt does reactions that involve §6a catalyst tray§r. Unlike the Trickle Bed Reactor, the catalyst has to be put in a tray instead of just using a dust. The FBR does continuous processes. -susy.quest.db.114.title=LV结晶器 -susy.quest.db.114.desc=The §6Crystallizer §ris a machine that is required to crystallize large quantities of §bFluids §rinto solids. -susy.quest.db.115.title=LV电解机 -susy.quest.db.115.desc=§6Electrolysis§r is a stage in the separation of elements from naturally occurring sources, such as ores using an §6Electrolyzer§r.%n%n%n -susy.quest.db.116.title=集气室 -susy.quest.db.116.desc=The §6Gas Collector §rcollects §bair §rfrom the environment. Air can be used in §6sintering§r and it also can be separated into §bnitrogen §rand §boxygen §rusing §bcryogenic distillation. -susy.quest.db.117.title=泥砖 -susy.quest.db.117.desc=Combining §6Mud Balls§r, a §6Fine pile of Sand§r, §6Clay Dust §rand §aStraw§r（obtained from Plant Fibers）will create §6Mudbrick Mix§%n.%n%nMudbricks are §6not required §rfor progressing to the Industrial Age, however they can be used for constructing a §6Primitive Baking Oven§r. -susy.quest.db.118.title=土坯砖快 -susy.quest.db.118.desc=Compressing §5§6Mudbrick Mix§r using a Brick Wooden Form creates Mud Bricks. Smelting them in a Furnace creates §6Adobe Bricks§r.%n%nAdobe Bricks need to be combined into blocks to be used in construction. -susy.quest.db.119.title=烧结炉 -susy.quest.db.119.desc=§6Sintering §fis the process of compacting and forming a solid mass of material by pressure or heat without melting it to the point of liquefaction.%n%nA §6Sintering Oven §fis required for making things like §6cement§f, or §6electrodes§f.%n%nA Sintering Oven requires:%n§61x Sintering Oven Controller%n1x Input and Output Buses%n1x Input and Output Hatches%n1x Energy Hatch (any tier)%n1x Maintenance Hatch%n72x Sintering Brick Block%n43x Basic Structural Casing%n36x Steel Frame%n%n§c§lIMPORTANT NOTE§c: Due to how the Sintering Oven operates, the Output Bus and the Input Hatch need to be placed §lprecisely §r§con the controller's side, and the Input Bus and the Output Hatch need to go on the other side of the machine.%n -susy.quest.db.120.title=多方块机器维护 -susy.quest.db.120.desc=The Maintenance Hatch is where maintenance is performed on multi-block machines.%n%nWhile a Multiblock is running, new maintenance problems can appear. On average, new problems arise every few months. %n%nMaintenance is done by using tools in the Maintenance Hatch. To use a tool in maintenance, move it up to the Hatch's GUI and [§aLeft Click§r] once. Here is a list of the possible problems you can have in a Multiblock：%n%n§6"Pipe is loose" §rcan be fixed with a §6Wrench§r.%n§6"Screws are missing."§r can be fixed with a §6Screwdriver§r.%n§6"Something is stuck."§r can be fixed with a §6Soft Hammer§r.%n§6"Platings are dented."§r can be fixed with a §6Hammer§r.%n§6"That doesn't belong there."§r can be fixed with a §6Crowbar§r.%n%nAll of the problems can be fixed by using §7Duct Tape§r.%n -susy.quest.db.121.title=合成气 -susy.quest.db.121.desc=§6Syngas §rcan be obtained by pyrolyzing §6Coke §rin the Pyrolyse Oven. -susy.quest.db.122.title=热解炉 -susy.quest.db.122.desc=§6Pyrolysis§r is the thermal decomposition of materials at elevated temperatures, often in an inert atmosphere. It involves a change of chemical composition. %nThe Pyrolyse Oven is required to process biomass such as §6coal tar§r and §6coke§r.%n%nThe Pyrolyse Oven requires：§7§6%n1x Pyrolyse Oven Controller%n1x Input Bus for inputting Items%n1x Input Hatch for inputting Fluids%n1x Output Bus for outputting Items%n1x Energy Hatch（any tier）%n1x LV Muffler Hatch%n16x Cupronickel Coil Blocks%n10x ULV Machine Casing%n%n§rRemember that these are ULV machine casing and not LV ones. They're different. Also, the Muffler Hatch must not be obstructed by any other block, or it won't work.%n%nIt is recommended to use 2 LV energy hatches while building the Pyrolyse Oven as processing Coal Tar requires 64 EU/t.%n%nCheck JEI for info on how to build the structure. -susy.quest.db.123.title=LV间歇式反应釜 -susy.quest.db.123.desc=The§6 LV Batch Reactor§r is a special type of container used in chemical processes to §6dissolve substances§r§r, create solid§6 precipitates§r, and perform §6liquid-liquid extraction§r. It is particularly useful for mixing different chemicals together during reactions. -susy.quest.db.124.title=电极半成品 -susy.quest.db.124.desc=Combine §6Coke Dusts §rand §6Coal Tar§r §rto make a Pitch Bender, that can be §6Extruded §rinto a Raw Electrode. -susy.quest.db.125.title=简易烤炉 -susy.quest.db.125.desc=The§c Primitive Baking Oven§r is a 3x2x3 structure that is used for cooking food. %n%nA Furnace, for example, can't make toast. It would completely pulverize the bread, as it gets too hot too quickly.%n%nThe Primitive Baking Oven requires：%n§6%n15x Adobe Bricks%n1x Primitive Baking Oven Controller%n1x Iron Frame Box§r%n%nYes, §ciron§r. The oven is only available after getting iron from a §cBlast Furnace§r, so you can save it for later on. -susy.quest.db.126.title=石墨电极 -susy.quest.db.126.desc=Using a §6Sintering Oven§r, Air and §6Syngas§r, a Raw Electrode can be turned into a Graphite Electrode, ready for electrolysis. -susy.quest.db.127.title=LV压模器 -susy.quest.db.127.desc=The §6Extruder §ris an extremely fast, flexible, and expensive semi-universal metal shaping machine. A common use of the§6 Extruder§r is to craft §6tool parts§r, or to make §6electrodes§r. %n%nThe Extruder functions by using §6extruder shapes§r. Look them up in JEI for more info. -susy.quest.db.128.title=高级电解 -susy.quest.db.128.desc=The §6Electrolytic Cell §ris a multiblock machine that is required for making advanced electrolysis reactions, such as making §bAluminum§r or §7Chlorine §rwith the chloroalkali process.%n%nThe Electrolytic Cell requires：%n§6- 1 Electrolytic Cell controller%n- 1 Output Bus%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Output Hatch%n- Between 1 and 3 Energy Hatches%n- 41 Solid Steel Machine Casings%n- 12 Steel Pipe Casings§r%n%nEach §cLV Energy Hatch §rtakes 2 Amperes of LV energy. So the final step of aluminium requires 60 EU/t, which is 2 amps of LV voltage, which shouldn't be a problem.%n%n§l§cThe Electrolytic Cell requires a lot of power! Make sure to build a Large Steam or Gas Turbine. -susy.quest.db.129.title=生铁锭 -susy.quest.db.129.desc=§6Pig Iron§r is the product of smelting iron ore（such as §6Banded Iron§r and §6Magnetite§o§r）with a high-carbon fuel like §6Coal§r, Charcoal, Anthracite, or Coal Coke in a Blast Furnace. §6Limonite §rcan also be used as an ore, but it has to be smelted in a normal Furnace first, or dried by using a Dryer.%n%nThe next step is to make §7§f§7§7§r§7Wrought Iron§ §f out of this Pig Iron, which will be explained in the next quest.%n%nExtracting usable metal from iron ores requires kilns or furnaces（such as a §cBlast Furnace§r）capable of reaching 1,500 °C（1,773K）or higher, about 500 °C higher than that required to smelt copper. %n%n§%n§cIt is recommended to use dusts instead of ores while smelting Iron. If you can't macerate ores into dusts, look into the Grindstone. -susy.quest.db.130.title=LV机器外壳 -susy.quest.db.130.desc=§6§rNow it's time to move forward and create even better machines. Your §6Steam §rmachines are clunky, don't auto-output, and need pumps to be automated.%n%nOur first step is making a §8§8§7LV Machine Hull.§r Pretty simple, it's just steel and some cables.%n%nMachine Hulls§r are the basis of every electric machine. These are simply Machine Casings with proper wiring inside so that they are ready for people to install various electrical components. %n%nMachine Hulls can also be used to transport stuff through a block, where regular Cables won't work. Always use Wires or Cables where you can. -susy.quest.db.131.title=氢与氧 -susy.quest.db.131.desc=§bWater §rcan be electrolyzed into §bHydrogen §rand §bOxygen §rby using Nickel Rods and Iron Rods as the anode and cathode. This is a pretty slow process, so be patient. -susy.quest.db.132.title=焊锡 -susy.quest.db.132.desc=§6§rSome Assembler recipes may require§6 solder§r§r. While Tin can be used to solder stuff, Soldering Alloy is twice as efficient.%n%nSoldering Alloy §ris an alloy made out of 6 Tin, 3 Lead and 1 Antimony in a §6Mixer§r. %n%nIt is required to solder things more efficiently. -susy.quest.db.133.title=GT手斧 -susy.quest.db.133.desc=A §6Scythe§r is better than a normal Hoe. It can till, and harvest crops in a 3x3 area in just one hit.%n%nEven if the quest requires an iron Scythe, you can make one with §6bronze§r as well. -susy.quest.db.134.title=钓鱼 -susy.quest.db.134.desc=You can use a §6Fishing Rod§r to mine fish from the sea. You might even find some hidden treasure! -susy.quest.db.135.title=设置问题 -susy.quest.db.135.desc=在开始你的旅途前，让我们首先做一些准备。%n%n- 确保你安装的是Supersymmetry整合包的最新版本%n%n- 确保你下载的整合包没有损坏%n%n- 确保你的Supersymmetry整合包是从一个值得信任的网站（我们的Discord服务器，GitHub或者CurseForge）上下载来的。如果你的整合包是从9minecraft.net那种不怎么正经的网站上下载的，你的电脑可能会承受安全风险。%n%n- 确保你使用的是最新版的Java 8。（Java 9以上的版本将无法启动）%n%n- 确保你没有对整合包做出修改、添加模组或是修改配方。%n%n§3点击复选框以继续。§r -susy.quest.db.136.title=动植物群 -susy.quest.db.136.desc=Since the advent of the §b§k[SPOILER]§r, finding animals in the wild has gotten a bit more complicated. If you do find one, make sure to lure them into an enclosed area in your base so you can breed them. -susy.quest.db.137.title=屠刀 -susy.quest.db.137.desc=Using a §6butcher's knife §ris slightly more efficient than using a normal §6Knife §ror §6Sword §rfor killing an animal. -susy.quest.db.138.title=小麦 -susy.quest.db.138.desc=You can use §ewheat §rto lure in animals to your base and §abreed §rthem, or you can make §bflour §rout of it.%n%nIf you can't find a seed, you can try §2breaking grass§r. -susy.quest.db.139.title=面粉 -susy.quest.db.139.desc=Grind §ewheat §rwith a §cmortar §rto create §bflour§r. -susy.quest.db.140.title=烤面包 -susy.quest.db.140.desc=You must use a wooden form to shape the dough you got from the previous quest into bread.%n%nPlease note that you need a §cPrimitive Baking Oven §rto bake the bread. -susy.quest.db.141.title=氯化钠 -susy.quest.db.141.desc=Salt can be mined from §6§cevaporite deposits §runderground. %n%nCrush the §6Deposit §rand wash it to get the Salt you need. -susy.quest.db.142.title=面包 -susy.quest.db.142.desc=Your new §6oven §rcan be used to create many different types of bread. Normal bread, baguettes, and even §cpizza §r（sadly, that requires HV machinery）. -susy.quest.db.143.title=洒水器覆盖板 -susy.quest.db.143.desc=The§6 Sprinkler§r sprays fluids onto a 9x9 area of crops. There must be a 3m tall space between the cover and the ground for it to work. It has to be placed on the §cdown §rface of a machine or a pipe containing a valid fluid.%n%nValid fluids include：%n- Water%n- Fertilizer Solution%n- Blood（obtained using a Mob Extractor） -susy.quest.db.144.title=菜肴组装机 -susy.quest.db.144.desc=More advanced culinary recipes can't be made by hand, so they require a §6LV Cuisine Assembler§r. -susy.quest.db.145.title=蒸汽烤炉 -susy.quest.db.145.desc=The §6Steam Baking Oven§r is a less efficient way to bake things, but it doesn't require coal.%n%nThe Steam Baking Oven requires：%n%n1x Steam Baking Oven Controller%n1x Steam Input Bus %n1x Steam Output Bus %n1x Steam Hatch%n36x Reinforced Adobe Bricks%n8x Steel Frame Box -susy.quest.db.146.title=自动切片 -susy.quest.db.146.desc=The§6 LV Slicing Machine§r can be used to slice bread, cheese, meat and vegetables into§b standard slices§r.%n -susy.quest.db.147.title=并行蒸汽研磨 -susy.quest.db.147.desc=The §6Steam Grinder§r is a multi machine that can macerate§6 8 items §rat once instead of 1, but the recipe time for each time is multiplied by 150%% This means that the §cSteam Grinder§r is §68/3§r, or §62.3333§r times faster than the §cLV macerator§r. Also, just like the §6Steam/LV/MV Macerator§r, the §6§cSteam Grinder§r does not output byproducts.%n%nIt runs on steam power.%n%nBuilding a Steam Grinder requires：%n1x Steam Grinder Controller%n1x Steam Input Bus%n1x Steam Hatch%n1x Steam Output Bus%n22x Bronze Machine Casing%n%nCheck JEI for more info on the structure.%n%nItems should be put into the Input Bus, ready to be processed. They will come out of the Output Bus. -susy.quest.db.148.title=蒸汽熔炼炉 -susy.quest.db.148.desc=The §6Steam Oven §ris a multi machine that can smelt 8 items at once instead of 1. It runs on steam power.%n%nBuilding a Steam Oven requires：%n§6%n1x Steam Oven Controller%n1x Steam Input Bus%n1x Steam Hatch%n1x Steam Output Bus%n8x Bronze Machine Casing%n8x Bronze Firebox Casing %n§o§r%nCheck JEI for more info on the structure.%nItems should be put into the Input Bus, ready to be processed. They will come out of the Output Bus. -susy.quest.db.149.title=铅 -susy.quest.db.149.desc=§5Lead §ris a heavy metal that is denser than most common materials. Lead is soft and malleable, and also has a relatively low melting point.%n%nLead is found in §5Galena§r ore deposits. Those veins also contain §7Silver§r§r.%n%n32 bars of Lead will suffice for now. -susy.quest.db.150.title=最简单的储存方式 -susy.quest.db.150.desc=Make a §6chest§r. It can hold 27 different stacks of items. -susy.quest.db.151.title=板条箱 -susy.quest.db.151.desc=A §6Bronze Crate §rcan store up to 54 stacks of items instead of the 27 you can store in a chest. %n%nSteel Crates hold 72 stacks, Aluminium holds 90, Stainless holds 108, Titanium holds 126 and Tungstensteel holds 144. -susy.quest.db.152.title=生物图鉴 -susy.quest.db.152.desc=Due to cataclysmic events §c§k12§r years ago wild life has become much rarer.%n%nIf you find any peaceful fauna, make sure to bring it back to your base. This chapter will focus on detailing the potential benefits or hazards of various lifeforms you may encounter. -susy.quest.db.153.title=抗腐蚀金属桶 -susy.quest.db.153.desc=Lead and Gold Drums can handle §6acids§r, which is not something that other drums can do. Acid is corrosive and would destroy the bronze and steel used in normal drums. -susy.quest.db.154.title=吐司 -susy.quest.db.154.desc=Cut §cbread§r with a knife to make toast slices. -susy.quest.db.155.title=工业储罐 -susy.quest.db.155.desc=The §3Industrial Fluid Tank §rcan store up to 1,000,000 liters of fluid, but it takes a 3mx3mx3m space.%nIndustrial Fluid Tanks can be stacked vertically if you ever need more capacity. -susy.quest.db.156.title=桶，大桶，储存以及更多 -susy.quest.db.156.desc=§6Wooden §rand §6Metal §rbarrels can hold thousands of a single item if they are upgraded with enough §6Storage Capacity Upgrades§r. -susy.quest.db.157.title=集装箱 -susy.quest.db.157.desc=The §6Shipping Container §rcan condense up to §627 §rdifferent item and fluid containers into a single 2x2x2 structure. -susy.quest.db.158.title=LV冲压机床 -susy.quest.db.158.desc=The Forming Press is used to stamp metal and rubber into a §6plate §rusing a mold. It's used for making §6armor plating§r. -susy.quest.db.159.title=蒸汽装甲 -susy.quest.db.159.desc=§6Steam Armor §rplating can be made with bronze, steel and brass（an alloy of 3 Copper and 1 Zinc）in a Forming Press.%n%nThe Steam Armor requires Steam to function. WIP -susy.quest.db.160.title=LV高压釜 -susy.quest.db.160.desc=The §6Autoclave§r is a machine which can be used to convert dusts into crystals, like §6Quartzite§r. §rIt is required for making LV Sensors and Emitters as they require Quartzite crystals. -susy.quest.db.161.title=传感器与发射器 -susy.quest.db.161.desc=§6LV Sensors §o§rand §6LV Emitters§r are components which are required in machines that work with radio frequencies or lasers. They are made with circuits and a §6piezoelectric crystal§r, which in this case is §6quartzite§r. -susy.quest.db.162.title=自动农业 -susy.quest.db.162.desc=The §6LV Farmer§r is a machine that automatically works on a 9x9 farm in front of it.%nIt uses lasers, so §6Sensors and Emitters§r are required. While it's running, it constantly consumes 16 EU/t. -susy.quest.db.163.title=自动屠宰 -susy.quest.db.163.desc=The §6LV Mob Exterminator§o§r deals§c 40 damage§r to 4 entities every second. It deals damage to mobs that are placed in a 9x9 square in front of it.%n%nIt requires redstone power to be activated. It can kill up to 12 more mobs each second if it's boosted with §bNitrous Oxide§r. -susy.quest.db.164.title=生物提取机 -susy.quest.db.164.desc=The §6§6Mob Extractor §r§e§rautomatically extracts fluids out of living beings. It also deals a bit of damage to the entity. For example, it can take §cblood §rfrom humans, or §7milk §rfrom cows. -susy.quest.db.165.title=年龄分选器 -susy.quest.db.165.desc=The §6Mob Age Sorter§r moves animals that are in a 1x1 space in front of it. You can configure it to only move children or adults. -susy.quest.db.166.title=微波炉 -susy.quest.db.166.desc=The §6Microwave §rcan cook stew using powerful microwave technology. -susy.quest.db.167.title=多功能烹饪机 -susy.quest.db.167.desc=The LV§6 Multicooker §rcan be used to assemble §csauces §rand §6pasta §rin one single step. It only requires a bit of... Time. -susy.quest.db.168.title=找不着矿脉了？ -susy.quest.db.168.desc=The §6LV Electric Prospector's Scanner §rlists every ore deposit in a 48x48m radius of where you are. %n%nRemember that electric items must be charged in a Battery Buffer or in any electric machine. -susy.quest.db.169.title=流体钻机 -susy.quest.db.169.desc=The §6Fluid Drilling Rig §ris a multi machine that drills fluids from §6underground veins§r. This needs Medium Voltage to function, so you'll need to use 2 LV Energy Hatches to supply power. You can find §9§bbrine §rand §6natural gas §rin normal terrain, but you can find §coil §rin deserts and oceans.%n%nYou can't exactly prospect for fluids yet（not until HV）, so you just have to plop this down in random places and pray you get what you want.%n%nAnyways, the Fluid Drilling Rig requires：%n%n§61x Fluid Drilling Rig controller%n1x Energy Hatch%n1x Output Hatch%n15x Steel Frame Box %n7x Solid Steel Machine Casing§r%n%n§rIf you can't find a desert or an ocean, you should head south. A desert should be about 2,000 meters from where you were dropped from your drop pod. -susy.quest.db.170.title=电池箱 -susy.quest.db.170.desc=The §6Battery Buffer§r is the earliest form of energy storage. The amount of batteries it can store and the §6amps §rit gives out depend on which buffer you choose. For example, a 16x buffer can hold 16 batteries and gives off 16 amps of energy. For more info, check Chapter 2. -susy.quest.db.171.title=格雷工具V2 -susy.quest.db.171.desc=§6GT Electric Tools§r are a good upgrade during your playthrough because they mine much faster compared too their unpowered counterparts such as the Mining Hammer or Wrench. They also consume their durability much slower than their unpowered counterparts too, as long as these tools have energy inside their buffer. Otherwise, the electric tools will consume durability much, much faster. §cSo, REMEMBER TO CHARGE YOUR TOOLS!§%n%n%n§fIf your electric tools run out of durability, it should return the power unit of the same voltage. §6LV tools§5§6§r return §6LV power units§r, §6V tools return MV power unit§r, and so on. You can recraft the retrieved power unit with a new tip to make a new electric tool. Alternatively, you can craft your damaged tool with a fresh new tip to get a new tool with 100%% durability §9§e（this crafting recipe can be done in a 2x2 crafting grid!）§r. You can upgrade your old tool with better drill/wrench tips this way too, so a §6Steel Drill（LV）§r can be combined with Aluminium Drill tip to make §6Aluminium Drill（LV）§r. However, you can't remove the tip from an electric tools.§l%n%n§e§lNote：You can right click a GT battery to allow the battery to charge items in inventories, which might be useful during a long mining trip. Lead-Acid battery（or any LV battery）should be able to power your LV tools. MV battery can charge MV and LV tools, HV battery can charge HV, MV and LV tools, and so on.§r§r%n%nYou can get higher tier electric tools in §d§bMV§r, §eH§r§7§6§f§eV§r, and beyond. Higher tier tools will have bigger energy buffers, mining area, mining speed, durability.%n%n§l§e§lNote：There is no higher tier for the Chainsaw and Screwdriver, the Wrench skips MV and EV tier, and there are no tier above IV.§r%n%nThe §6Steel Drill §rmines a 3x3x1 area with a single hit. If you [§9§aRight Click§r] while holding it, it will automatically place any Torches that you have. If you [§9§aShift + Right Click§r] while holding it, a menu will open, which will allow you to configure the mining area of the drill. I recommending testing this feature on your Singleplayer Creative world.%n%nThe §6Steel Wrench §racts as an wrench.（Note：The §bAluminium§6 Drill§r can't break §7§8Steel Pipe Casing§r, so it is recommended that you keep using §8Steel§r Wrench Tip until you get §7Stainless Steel§r）%n%nThe §6Steel Chainsaw §racts as an axe, but it can harvest ice and it can also be used as a weapon which disables shields.%n%nThe §6Steel Screwdriver §racts as an screwdriver.%n%nYou can make these tools using other materials such as bronze, invar, iron to complete this quest. -susy.quest.db.172.title=自由之地 -susy.quest.db.172.desc=Build a §6Drilling Rig §r§rto get any type of Oil. §cBoth Oil, Light Oil and Heavy Oil will work just fine. %n§r%nIt's recommended to set up a basic power generator close to your oil drilling rig. The oil rig will be very likely far away from your main base（it will either be in a desert, or offshore）.%n%nIf the quest doesn't work, use the checkbox to complete it. -susy.quest.db.173.title=稀释油 -susy.quest.db.173.desc=Mix any type of §6Oil §rwith some §bWater §rin an LV Mixer to get Diluted Oil. -susy.quest.db.174.title=蒸馏室 -susy.quest.db.174.desc=The §6LV Distillery §ris a machine that distills one fluid into its fractions. It is an essential part of §6petrochemistry§r, or oil processing. %n%nA Distillery is required to split oil into its fractions, like §6naphtha §ror §6kerosene§r. -susy.quest.db.175.title=脱盐油 -susy.quest.db.175.desc=Put any type of §6Diluted Oil §rin an §6LV Electromagnetic Separator §rto get §6Desalted Oil §rand §6Oily Brine§r. -susy.quest.db.176.title=蒸汽熔炼炉 -susy.quest.db.176.desc=The §lSteam Oven §ris a multiblock oven that smelts up to 8 items at once. Hurray, multi smelter!%n%nIt requires：%n8 Bronze Firebox Casings%n8 Bronze Plated Brick Casings%n1 Steam Hatch%n1 Input Bus（Steam）%n1 Output Bus（Steam）%n1 Steam Oven Controller%n%nIf you want to know how to assemble it, look at the §lMultiblock Preview §rtab in JEI.%n%nGood luck!%n -susy.quest.db.177.title=蒸汽碾磨机 -susy.quest.db.177.desc=The §lSteam Grinder §ris a multiblock macerator that smelts up to 8 items at once. %n%nIt requires：%n22 Bronze Plated Brick Casings%n1 Steam Hatch%n1 Input Bus（Steam）%n1 Output Bus（Steam）%n1 Steam Oven Controller%n%nIt's a 3x3x3 structure, with the controller on the center of one of the faces. %nThe input and output busses go on the sides of the controller.%n%nGood luck!%n -susy.quest.db.178.title=含硫馏分 -susy.quest.db.178.desc=Distill§6 §rany type of§6 Desalted Oil §rto get a number of oil fractions：%n%n§6- Sulfuric Refinery Gas%n- Sulfuric Naphtha（can be used as a fuel）%n- Sulfuric Diesel%n- Sulfuric Fuel Oil%n- Sulfuric Oil Residue%n- Sulfuric Gasoline（aka Light Fuel）%n- Sulfuric Kerosene（aka Heavy Fuel）§o§r%n%nYou can choose which one you want by changing the §cconfiguration §rof the Programmed Circuit. Most of these can be used as fuel for energy in a Gas Turbine.%n -susy.quest.db.179.title=LV电磁选矿机 -susy.quest.db.179.desc=§6电磁选矿机§r是一台可以通过磁场的力量§6筛出矿物§r或是§6从油中分离盐分§r的机器。 -susy.quest.db.180.title=氢化含硫馏分 -susy.quest.db.180.desc=Your §6sulfuric fractions §rhave to be §6treated §rby reacting the fluid with §9hydrogen§r in a Fixed Bed Reactor. -susy.quest.db.181.title=脱硫 -susy.quest.db.181.desc=The §6Treated Oil Fractions §rcan be distilled into the normal §6oil fractions §r（like gasoline or naphtha）and §6Sour Gas§r. -susy.quest.db.182.title=压力之下 -susy.quest.db.182.desc=The §6Fluid Compressor §r§rcompresses fluids into their §chigh pressure §rvariants. It is used for getting §chigh pressure hydrogen. -susy.quest.db.183.title=氯碱工业 -susy.quest.db.183.desc=Putting Water and Salt Water in an Electrolytic Cell with a Nickel Rod and a Graphite Electrode as the anode and cathode will yield §3Chlorine§r, Hydrogen and §3Sodium Hydroxide§r solution. %n%nIf the quest does not work, you can just click the §6checkbox§r. -susy.quest.db.184.title=:alkaline: -susy.quest.db.184.desc=§6Distilling §rthe Sodium Hydroxide solution will give §6Sodium Hydroxide §rdust. -susy.quest.db.185.title=铝酸钠 -susy.quest.db.185.desc=You are about to start a long chemical process for obtaining §baluminium§r, a material needed for MV tier. This is the first page.%nIf you ever feel confused, take a look at the §6Chemistry §rtab.%nIt is recommended that you set this up to be an automatic process, with each machine feeding onto the next one. %n%nFirst of all, you will need to get §6bauxite§r. Bauxite is found in ore deposits from height level 0 to 80.%n%nThe Bauxite Ore must be §6smelted §rinto Bauxite Dust, which is then reacted with §6Sodium Hydroxide §rin an §6LV Roaster §rto get Impure Sodium Aluminate solution.%n%nThe solution is then §ccentrifuged§r with an LV centrifuge to remove the impurities and get Sodium Aluminate solution. -susy.quest.db.186.title=LV离心机 -susy.quest.db.186.desc=The §cCentrifuge §r§rcentrifuges impurities out of solids, and it is also used to get §arare materials§r out of ore dusts. -susy.quest.db.187.title=工作台V2 -susy.quest.db.187.desc=The §3Crafting Station§r is a highly advanced Crafting Table§r, with inventory slots for item and tools.%n%nPut the recipes in the table either by dropping ghost items, or using the §a+§r in §2JEI§r. %n%nCrafting the items will use the items and tools in the inventory of the table. The 9 slots on the right are saved up recipes so you can re-use them without re-opening §2JEI§r.%n%nThe §3Crafting Station§r can use §6adjacent inventories§r（such as chests, drawers, and storage racks）in addition to its own inventory. -susy.quest.db.188.title=电力高炉 -susy.quest.db.188.desc=The §6§d§2Electric Blast Furnace §e§fis, perhaps, the most important multiblock in GregTech. It is required to make §6§bAluminium §fingots, your main material for the MV age. Most of the EBF's recipes require at least §6120 EU/t§f, so you will need two LV energy hatches.%n%nYou can swap out EBF's coils in the future to make it produce more heat, which will unlock new recipes and §9Overclock §fthe multiblock, making the recipes run faster.%n%nThe Electric Blast Furnace requires:%n§61x Electric Blast Furnace Controller%n16x Cupronickel Coil Block%n(9-12)x Heat Proof Invar Machine Casing §f§6(the amount depends on how many different hatches you use)%n§62x LV Energy Hatch§f (you will be able to upgrade the energy hatches to MV and higher voltager later)%n§61x Input and Output Buses (if needed)%n1x Input and Output Hatches (if needed)%n1x Maintenance Hatch%n1x Muffler Hatch (should be placed at the top of the multiblock facing up)%n%n§fPlease note that running EBF requires a lot of power, so you need to either put it on a different power grid or upgrade your power generation.%n%nIf you are confused on how to make the multiblock, either check JEI or §eRight-click §fon the controller (remember that most hatch placements can be switched around except the Muffler Hatch) -susy.quest.db.189.title=氢氧化铝 -susy.quest.db.189.desc=§6Crystallize §rthe Sodium Aluminate solution in a §6Crystallizer §rwith water to get§5§6 Aluminium Hydroxide§r. -susy.quest.db.190.title=氧化铝粉 -susy.quest.db.190.desc=§6Aluminum Hydroxide §r§rcan be reduced to Alumina in an Electric Blast Furnace. -susy.quest.db.191.title=LV Trolling Machine -susy.quest.db.191.desc=The §6Weapons Factory §rmakes guns, turrets, ammo, and other weapon-related items. -susy.quest.db.192.title=Tier 1 Turrets -susy.quest.db.192.desc=If you want to make turrets, you'll need turret bases. Let's make some.%n%nThey are a block that acts as the base for turrets. They use §cRF §renergy. You can put Turrets on all sides of the block, just note that every turret needs a minimum tier of base to be able to be placed. %n%nAll the settings for a modular turret is being stored and set in the base that holds the turrets. In their interface, you should find most descriptions pretty easily.%n%n -susy.quest.db.193.title=Turret Heads -susy.quest.db.193.desc=Turret Chambers and Barrels will be required to make turret heads. -susy.quest.db.194.title=Gun Turret -susy.quest.db.194.desc=The Gun Turret shoots at whatever gets into a 18m radius of it. It needs a Tier 2 or higher turret base. %n%nIt uses §4100 RF§r（25 EU）per shot, and it shoots 2.5 times per second.%n%nIt uses bullets as ammo. -susy.quest.db.195.title=Incendiary Turrets -susy.quest.db.195.desc=The Incendiary Turret yeets fire at whatever gets into a 18m radius of it. It needs a Tier 2 or higher turret base. %n%nIt uses §4250 RF§r（14.8 EU）per shot, and it shoots 0.8 times per second.%n%nIt uses flaming clay as ammo. -susy.quest.db.196.title=Pistol -susy.quest.db.196.desc=The §6Pistol §ris one of the guns you can make at LV tier. It uses pistol magazines as ammo, and has a reload time of 1.75 seconds.%n%nFor more info, look at the tooltip. -susy.quest.db.197.title=Combat Shotgun -susy.quest.db.197.desc=The §6Combat Shotgun §ris one of the guns you can make at LV tier. It uses shotgun magazines as ammo, and has a reload time of 2.5 seconds. It's also multishot, this means it will shoot 8 times at once. %n%nCrafting it requires a §6Steel Receiver§r.%n%nFor more info, look at the tooltip. -susy.quest.db.198.title=Hydrogen Fluoride -susy.quest.db.198.desc=§6Fluorite §rcan be found in fluorite and cassiterite deposits, at Y level 0 to 80.%n%nThe ore has to be §6smelted §rand then §6combined with sulfuric acid §rto get §6Hydrogen Fluoride. -susy.quest.db.199.title=Hydrofluoric Acid -susy.quest.db.199.desc=Water can be §6bubbled §rinto Hydrogen Fluoride to create §2Hydrofluoric Acid§r, an extremely strong acid. -susy.quest.db.200.title=Sodium Fluoride -susy.quest.db.200.desc=§6Sodium Hydroxide solution§r can be combined with §6Hydrogen Fluoride§r to get §6Sodium Fluoride Solution§r.%n%nThis has to be§b §cdistilled §rto get Sodium Fluoride. -susy.quest.db.201.title=Aluminium Trifluoride -susy.quest.db.201.desc=§6Alumina §rneeds to be roasted with §6Hydrofluoric Acid§r to make §bAluminium Trifluoride.§r%n%n§rNote：you will need Aluminium Trifluoride as well as Cryolite for the final process. So don't convert all of it into Cryolite right away. -susy.quest.db.202.title=Cryolite -susy.quest.db.202.desc=React §bAluminium Trifluoride §rand §5Sodium Fluoride §rin an §cLV Roaster §rto get Cryolite. -susy.quest.db.203.title=Hall-Hèroult -susy.quest.db.203.desc=In an Electrolytic Cell, react §610 Alumina Dust§r, 1 §6Aluminium Trifluoride§r, 3 §6§6Carbon Dust§r and§6 Cryolite fluid §rto get §64 Aluminium Ingots§r.%n%nYou can extract the fluid out of Cryolite using an §cLV Extractor§r. -susy.quest.db.204.title=The Building Block of Life -susy.quest.db.204.desc=You can §ccentrifuge §6Carbon §rout of various carbonaceous sources, such as coal dust or coke dust. Carbon is a very important resource to have, since it will be used in various smelting recipes. -susy.quest.db.205.title=LV Extractor -susy.quest.db.205.desc=The §cExtractor §rextracts §cfluid §rout of solid materials. For example, you can get §6liquid rubber§o§o§r by putting rubber in. It can also extract §aseed oil §rout of seeds. -susy.quest.db.206.title=Insanely High pH -susy.quest.db.206.desc=Using an alternate version of the §6chloroalkali process§r, using a §crock salt §rsolution instead of normal salt water.§r -susy.quest.db.207.title=Gallium -susy.quest.db.207.desc=You can electrolyze §6§cIMPURE §rSodium Hydroxide Solution in an Electrolyzer to get §6Gallium§r, an important element required for circuits. %n%nThe process gives §6tiny piles of gallium§r which have to be packed in a crafting table to get a full Gallium dust. -susy.quest.db.208.title=Architect's Best Friend -susy.quest.db.208.desc=The §7§6Architect's Sawmill §fallows you to create many different set shapes from any cubic non-tile entity（the §acrafting table§f is the only known exception）. These include 45 degree angle slopes. %n%nTile entities are blocks that are capable of additional operations like machines, or provide effects（like a note block）. -susy.quest.db.209.title=Architecturecraft Tools -susy.quest.db.209.desc=The §6Architect's Hammer§r allows you to rotate blocks along the vertical axis by right clicking. §aShift right-clicking§r allows you to cycle through every possible rotation.%n%nThe §6Architect's Chisel§r has a few niche uses. One use is to connect or unconnect blocks together, such as fences. Another use is to harvest glass without breaking it by§b§a right-clicking§r. -susy.quest.db.210.title=Little Basic Tools -susy.quest.db.210.desc=§2Littletiles §fis an incredibly powerful mod that allows you to manipulate blocks by their 16x16x16 subcomponents, known as §bpixels§r.%n%nThe §6Little Bag §rtakes in blocks and converts them to a form with a finite pixel quantity for use with §2Littletiles§r. It also takes in any dyes, and converts them to a quantity in the bag corresponding with the §bC§dM§d§eY§8K§r subtractive color model.（§bCyan, §dMagenta, §eYellow,§r and §8Key（black）§f）%n%n§rThe §6Little Chisel, Little Hammer,§r §6Little Saw§r, and §6Little Glove§r can have their menus accessed by §a'C'§r by default, where you can set the draw shape, as well as setting a color, which will consume the color in the bag. §eYou may need to rebind this to something else, due to existing key conflicts in Supersymmetry. This bind is named "Configure Tool".§r You can see other options by looking at the text that shows up in the lower left corner when you hold the tool in your hand. §e%n%n§fThe §6Little Chisel§r can be used for additive changes to §bpixels§r, and is used by §aright-clicking§r. %n%nThe §6Little Hammer§r can be used for subtractive changes to §bpixels§r, and is used by §aleft-clicking§r. %n%nThe §6Little Saw§r can be used for extrusive changes to §bfaces§r, and is used by §aright-clicking and shift right-clicking§r（The lower left corner is §4§c§lLYING§r to you）!%n%nThe §6Little Glove§r has multiple modes%n- Placing rectangles of pixels of defined dimensions%n- Copying placed structures to the hand（Recipe Mode）%n- Replacing pixels on the face you are looking at with other pixels%nAll of which are accessible by §aright-clicking§r. -susy.quest.db.211.title=We do a Little Workbenching -susy.quest.db.211.desc=§6Little Blueprints§r can be used by §aleft-clicking§r and §aright-clicking§r the boundaries of your creations, similar to Worldedit, hitting the binded menu key（§a'C'§r by default）, and saving it after changing a few parameters if you wish. You can §aright-click§r with this blueprint later to "paste" this creation somewhere else, given enough resources. Effectively, Blueprints are a ctrl + c, ctrl + v tool.%n%nThe aforementioned parameters in the menu can be used to paste your creation with different behaviors, such as it becoming a §b§ddoor, storage, a ladder, or other various things.§r This is part of the reason why §2Littletiles§r is considered to be incredibly powerful.%n%nYou can use a §6Little Workbench§r to craft your copied structure and produce it as an inventory item.%n%n§8§mSpamming Among Us everywhere has never been this easy! -susy.quest.db.212.title=A Little Bit More Tools -susy.quest.db.212.desc=These are some of the §2Littletiles§r tools which you will be using less commonly. %n%nThe §6Little Paint Brush§r is used for using the aformentioned paint in your §6Little Bag§r to paint your structures. Like other tools, you can access the menu to change the shape, as well as color.%n§6§r%nThe §6Little Wrench§r is used for updating §2Littletiles§r blocks experiencing graphical issues, such as unconnected corners/edges, or unrendered sides.%n%nThe§6 Little Screwdriver§r §eis a creative exclusive item, and will not be included as a task§r, but it allows you to replace§b pixels§r with other §bpixels§r from other blocks given a draw shape from the menu. -susy.quest.db.213.title=Millions Must Chisel -susy.quest.db.213.desc=§2Chisel§r is well known for being the miraculous tool that can turn entire warehouses full of worthless cobble into decent looking building material. Every vanilla block, a few common metal blocks, and the blocks added by this specific mod can all be chiseled. §eSamples are shown in the following quests. §r%n%nThe normal §6Chisel§r can：%n- Chisel directly through the chisel GUI %n- Cycle chisel by §aleft-clicking§r eligible block when the chisel inventory is empty%n- Set block to chisel by §aleft-clicking§r when block of same type and particular chisel is in the chisel inventory%n%nThe §e§r§6Steel Chisel§r can also chisel in-world blocks in an area.%n%nThe §6iChisel§r has 2 more area options than the Steel Chisel, more versatile inventory chiseling, and the ability to preview the selected chisel pattern in different patterns. %n%nFor now, making a normal §6Chisel§r shall suffice.%n -susy.quest.db.214.title=Antiblocks -susy.quest.db.214.desc=Antiblocks are brightly colored blocks which completely ignore any lighting effects they are exposed to. §e§rThey can be seen from kilometers away in pitch black darkness as a result. §eKeep in mind that they do not actually emit light themselves.§r %n%nThey could potentially be used as §aChroma Keys§r, for any video editors. -susy.quest.db.215.title=Voidstones -susy.quest.db.215.desc=§8§oWhat is this, and how can I get rid of it?%n%n§r§d§r§5Voidstones§r are "mystical" and "eldritch" blocks that come in incomprehensible glyphs or glimpses into the ever-shifting tides of the unknown. If you are into magic, you probably think they're nice. -susy.quest.db.216.title=Futura Blocks -susy.quest.db.216.desc=§9Futura Blocks§r, despite the small set of available textures in the block set, are probably many people's favorite. They depict flashy screens, rainbows, and even fake ME controllers. They supplement the §4§r§cG§6r§ce§6g§ci§6c §raesthetic well. -susy.quest.db.217.title=Factory Blocks -susy.quest.db.217.desc=§9Factory blocks§r, along with §9Laboratory blocks§r, are critical for the §4§r§cG§6r§ce§6g§ci§6c §raesthetic. They depict heavy machinery, metal plating, circuitry, pipes, and vents. -susy.quest.db.218.title=Laboratory Blocks -susy.quest.db.218.desc=§9Laboratory blocks§r, along with §9Factory blocks§r, are critical for the §4§r§cG§6r§ce§6g§ci§6c §raesthetic. They depict sterile tiles, vents, interfaces, and a few steel blocks. -susy.quest.db.219.title=Nice and Toned -susy.quest.db.219.desc=§2Xtones§r adds in dozens of different blocks. You can change the texture/color of these blocks by holding down §aSHIFT + scrolling§r while an §6Xtone block§r is in your hand. In essence, §2Xtones§r is §2Chisel§r without any chisels, and only the ability to change the textures of blocks it adds. %n%nThe foundation for every §2Xtones§r block recipe is the §6Xtone Tile§r. You will need to craft a few if you want to work with §2Xtones§r. -susy.quest.db.220.title=How to Build Gregically -susy.quest.db.220.desc=Any starting civilization must have a §cbase§r. A base is §c§lNOT §ra random assortment of machines put on the ground. %n%nYou must build and §6organize §ra factory, otherwise it will be extremely difficult to progress in the later tiers. It's recommended that you build several buildings for different parts of your factory. -susy.quest.db.221.title=Cement -susy.quest.db.221.desc=Cement is one of the key components for making §6concrete§r.%n%nCement Clinker is made in a Sintering Oven by combining §6Clay§r and §6Limestone §r§rand sintering them with Air and Syngas.%n%nIt must then be cooled in a Mixer with air, and pulverized to make cement dust. %n%nConcrete is critical for the §4§r§cG§6r§ce§6g§ci§6c §raesthetic. -susy.quest.db.222.title=Concrete -susy.quest.db.222.desc=§6Concrete §rcan be made by mixing Water, Cement Dust and any of Gravel, Sand and Clay.%n%nThe concrete must then be solidified into blocks in an §6LV Fluid Solidifier§r.%n%nYou can make §8Dark Concrete §rby adding even more water to the concrete in a §cChemical Bath§r.%n%n§l§cConcrete gives a massive §lspeed boost §r§cwhile walking on it. -susy.quest.db.223.title=LV Fluid Solidifier -susy.quest.db.223.desc=The§6 LV Fluid Solidifier §ris a machine that solidifies fluid into nuggets, ingots, blocks, or whatever you want, if you use a §6Mold§r. -susy.quest.db.224.title=Coil Insulation -susy.quest.db.224.desc=Machines like the §6Pyrolyse Oven §rand §5§6Electric Blast Furnace §rrequire coils to work. Coils require §6mineral wool sheets §rfor insulation, which are obtained by centrifuging §d§clava§r.%n%nYou can find lava at Y levels below 15 and in the Beneath and the Nether. -susy.quest.db.225.title=Food Slicing -susy.quest.db.225.desc=§6Fruits and vegetables §rcan be sliced§r using a knife. Sliced vegetables are slightly better than normal ones. -susy.quest.db.226.title=Sandwiches -susy.quest.db.226.desc=Using sliced bread, you can make §6sandwiches§r. %n%nThere are several different types：%n%n§aVeggie Sandwich§r - with cucumber, tomato and onion slices%n§cBacon Sandwich §r- with bacon, which you can obtain by slicing porkchop%n§4Meat Sandwich §r- with steak and cheddar%n§6Toast Sandwich§r - with bread inside%n%nLarge Sandwiches can be made in a Cuisine Assembler. -susy.quest.db.227.title=Building Wands -susy.quest.db.227.desc=§6Building Wands §rare wands that build surfaces for you. There are 4 main types of wands：%n%nThe §7Stone Building Wand§r can only place 5 blocks at a time, can only place blocks vertically, and can place ~130 blocks before it breaks.%n%nThe Iron Building Wand can place 9 blocks at a time, can place vertically or horizontally, and can place ~250 blocks.%n%nThe §bDiamond Building Wand §rcan place as many blocks that it can, which is ~1562 blocks before it breaks.%n%nThe §dUnbreakable Building Wand §rcan place an inventory's worth of blocks at a time, and never breaks.%n%nYou can change the mode of the Building Wand by pressing §6M§.. -susy.quest.db.228.title=Gunpowder -susy.quest.db.228.desc=§6Gunpowder §rcan be obtained by mixing §6saltpeter §r（found in salt deposits in deserts）, §6sulfur §rand§7§6 coal. -susy.quest.db.229.title=Stone Bricks -susy.quest.db.229.desc=All §6stones §rcan be turned into beautiful bricks. -susy.quest.db.230.title=Building Gadgets -susy.quest.db.230.desc=Sometimes building large structures can be a little tedious, and take a lot of effort. §6Building Gadgets §raims to make building a little bit easier.%n%nThe §6Building Gadget §rallows you to build structures using a set of different Building Modes. It allows you to build structures at range. Simply§a right click§r to place the blocks, and §asneak-right click§r to set the block type to place.%n%nThe §6Exchanging Gadget §rwill swap the block you are looking at with the block the tool is set to. Simply §aright click§r to swap the blocks, and §asneak-right click §rto set the block type to place.%n%nThe §6Copy Paste Gadget §rwill allow you to copy an area of a large area of blocks and paste it in a different location. You can view the required materials on the tooltip.%n%nThe §cDestruction Gadget§r allows you to void large areas. The Gadget will void the blocks instead of dropping them. There is a single §cUndo§r if you accidentally use the tool, which can be activated via the GUI. -susy.quest.db.231.title=The Factory Must Grow -susy.quest.db.231.desc=§6§rIron §6stairs §rand §7§6catwalks §rcan be used to supplement the §4§r§cG§6r§ce§6g§ci§6c§r aesthetic. §rThe factory must grow.%n%nThere are also §belectric fences§r, a cheap way to defend your base. To pass, you must go through an §6Electric Gate§r. -susy.quest.db.232.title=Nitric Acid -susy.quest.db.232.desc=%n§6Sulfuric Acid §rcan be mixed with §6Saltpeter §r（found in Salt deposits）in an LV Mixer to create§6 Nitric Acid§r. -susy.quest.db.233.title=Nitration Mixture -susy.quest.db.233.desc=§6Sulfuric Acid §rand §6Nitric Acid §rcan be mixed to create a §6nitration mixture§r, used in explosives. -susy.quest.db.234.title=Toluene -susy.quest.db.234.desc=§6Toluene §rcan be processed from §6Coal Tar§r through several steps of processing. First, distill §6Coal Tar§r for §6Coal Tar Oil§r. Then mix §6Coal Tar Oil§r with §6Sulfuric Acid§r for §6Acidic Coal Tar Oil§r, centrifuge §7§6Acidic Coal Tar Oil§r with §6Furfural§ to get §6B.T.E.X Extract§r then centrifuge §6B.T.E.X Extract§r with §6Steam§r to get §6B.T.E.X.§r（Note：Furfural is recycled）. Distill §6B.T.E.X§r for §6Toluene§r. -susy.quest.db.235.title=T.N.T. -susy.quest.db.235.desc=Combine the §6Nitration Mixture §rand the§6 Toluene §o§rto make §7§6Trinitrotoluene Solution§r in a §cBatch Reactor§r.%n%nThen, §cdistill §rit to make §6TNT Dust§r. -susy.quest.db.236.title=LV Arc Furnace -susy.quest.db.236.desc=An §6arc furnace§r（EAF）is a furnace that heats material by means of an electric arc. An arc furnace requires §boxygen §rto work, so make sure to check out water electrolysis. The Arc Furnace can be used for decomposing machines into their constituent metals. -susy.quest.db.237.title=Arsenic -susy.quest.db.237.desc=§cSperrylite, Cobaltite and Arsenopyrite and Realgar §rcan be put through an Electric Blast Furnace with oxygen to create §6small piles of Arsenic Trioxide.%n%nThis can be then §6arc furnaced §rwith some §6Carbon §rto create pure Arsenic. -susy.quest.db.238.title=Gallium Arsenide -susy.quest.db.238.desc=Combine §7§7§6Arsenic §rand §6Gallium §rto create §6Gallium Arsenide§r, which will have several uses later on. -susy.quest.db.239.title=Diodes -susy.quest.db.239.desc=A §6diode §ris an electronic component that conducts current primarily in one direction. They are required for constructing §7§6Medium Voltage circuits§r.%n%nYou can make a diode by combining fine copper wires with §6§6galena §rand §6molten glass§r in an Assembler. Melt the glass using an Extractor. There is a more efficient way to make diodes later on but it requires polyethylene. -susy.quest.db.240.title=Resin and Glue -susy.quest.db.240.desc=Centrifuge §6Sticky Resin§r to obtain liquid§6 Resin§r, then distill the Resin to get §6Glue§r. -susy.quest.db.241.title=Phenolic Circuit Boards -susy.quest.db.241.desc=Combine §6Glue §rand wood pulp in an Assembler to make a phenolic circuit board. Then coat it with §7silver §rwires to finalize the circuit board. -susy.quest.db.242.title=Good Electronic Circuits -susy.quest.db.242.desc=Combine a §6good circuit board§r, two §6diodes §rand 3 of your old §cLV circuits §rto make an §cMV circuit. -susy.quest.db.243.title=§6CHAPTER 3 // MOVING MOUNTAINS -susy.quest.db.243.desc=Make an §6MV machine hull§r. %n%n§rWhen you are setting up MV machines, remember that machines explode when they are given more voltage than intended. §cIt's recommended that your LV and MV machine lines are separated.§r MV cables are made out of §6copper § not tin.%n§r%n---------------------------------------%n§bMEDIUM VOLTAGE HAS BEEN UNLOCKED! GOOD LUCK.§r%n---------------------------------------%n- Change the landscape around you to fit your needs%n- Use toxic chemicals against your enemies%n- Build more powerful and longer ranged missiles%n- Mow down monsters with automatic weapons -susy.quest.db.244.title=Crafting Calculations -susy.quest.db.244.desc=The §6Crafting Calculator §ris a simple calculator to help you calculate how many resources you need to gather for certain items. %n%nPutting any item into the upper-left slot will let the calculator to calculate the cost. %n%nYou need to input the recipes needed for it to work since there might be different ways to make one item or fluid.%n%n%n%n -susy.quest.db.245.title=Industrial Decor -susy.quest.db.245.desc=§6Engineer's Decor §radds many new blocks and furniture to fit the aesthetic of an Industrial Age base. -susy.quest.db.246.title=Xtone Tiles -susy.quest.db.246.desc=§6Xtones §radds a lot of blocks that can be used to make a factory aesthetic. -susy.quest.db.247.title=001 | Hydrogen -susy.quest.db.247.desc=§6Element§r：Hydrogen（H）%n§bAtomic Number§r：1%n§aAtomic Mass§r：1.008 amu%n§cMelting Point§r：13.81 K%n§5Boiling Point§r：20.28 K%n§6Properties§r：Hydrogen is the lightest §6Element§r, commonly found in the universe. It is used as a fuel, in industrial processes, and is a key component of water and many organic compounds.%n%n§lPrimitive：§9 §r§9Water§r can be electrolyzed to get Hydrogen and Oxygen.%n%nIf you have sodium hydroxide solution, you can speed this up about 7x in an electrolytic cell.%n%n§lUniversal：§r%n§6Steam and Syngas§r can be reformed using an LTS or HTS §6catalyst§r to create §6Reformed Syngas§r, which is then passed through a §bPressure Swing Absorbe§rr to make Hydrogen.%n%n§dMethane §rcan be pyrolyzed under a§7 Bismuth catalyst§r at §cEV§r to make Hydrogen.%n%n§lSpecialized：§r%nCerium III Oxide + Water -> Cerium IV Oxide + Hydrogen%nCerium IV Oxide -> Cerium III Oxide + Oxygen -susy.quest.db.248.title=002 | Helium -susy.quest.db.248.desc=%n§6Element§r：Helium（He）%n§bAtomic Number§r：2%n§aAtomic Mass§r：4.0026 amu%n§cMelting Point§r：0.95 K%n§5Boiling Point§r：4.22 K%n§6Properties§r：Helium is a noble gas known for its low density and low reactivity. It is used in cryogenics, as a coolant in various applications, and for filling balloons.%n -susy.quest.db.249.title=003 | Lithium -susy.quest.db.249.desc=§6Element§r：Lithium（Li）%n§bAtomic Number§r：3%n§aAtomic Mass§r：6.94 amu%n§cMelting Point§r：453.65 K%n§5Boiling Point§r：1603 K%n§6Properties§r：Lithium is an alkali metal that is highly reactive and flammable. It is used in rechargeable batteries, ceramics, and in some psychiatric medication.%n%n§lPrimitive：§r§6Lithium Carbonate §rcan be obtained by processing brine. For more info, check the §4Bromine§r page. It's then roasted with Hydrochloric Acid to make §bLithium Chloride§r. Molten Lithium Chloride is electrolyzed into Lithium.%n%n§lUniversal：§r§cN/A§r%n%n§lSpecialized：§r§cN/A -susy.quest.db.250.title=004 | Beryllium -susy.quest.db.250.desc=§6Element§r：Beryllium（Be）%n§bAtomic Number§r：4%n§aAtomic Mass§r：9.0122 amu%n§cMelting Point§r：1560 K%n§5Boiling Point§r：2742 K%n§6Properties§r：Beryllium is a lightweight and strong alkaline earth metal. It is used in aerospace applications, X-ray windows, and as a moderator in nuclear reactors.%n%n§lPrimitive：§r§cN/A%n%n§r§lUniversal：§rMelt §2beryl§r（emeralds）with§7 sodium carbonate §rin a reaction furnace in order to obtain §3alkali fused beryl§r.%n%nAlkali fused beryl partially dissolves in §6sulfuric acid§r to release carbon dioxide and leaves behind §6silicon dioxide§r in a batch reactor.（75%% yield）%n%nAluminium is separated from the solution with §6potassium sulfate §rto form a§6 beryllium sulfate solution§r and §bpotassium alum（KAl（SO4）2）§r in a batch reactor.%n%nIron and chromium impurities are removed with calcium carbonate（calcite）, forming gypsum, iron（III）hydroxide, and chromium（III）hydroxide in a batch reactor.%n%n§2Beryllium hydroxide§r is precipitated with §9sodium hydroxide§rin a batch reactor. Optionally, add EDTA to boost the yield from 75%% to 100%%.%n%n§lSpecialized：§r%nAt a higher voltage, you can §6directly convert beryl to a chlorinated beryl in a reaction furnace§r using carbon and chlorine.%n%nUsing a distillation tower, this mixture of chlorides is separated into silicon tetrachloride, aluminium trichloride, and§a beryllium chloride§r.%n%nThis process has a total yield of 90%% -susy.quest.db.251.title=005 | Boron -susy.quest.db.251.desc=§6Element§r：Boron（B）%n§bAtomic Number§r：5%n§aAtomic Mass§r：10.81 amu%n§cMelting Point§r：2349 K%n§5Boiling Point§r：4200 K%n§6Properties§r：Boron is a metalloid with strong chemical resistance. It is used in various industries, including agriculture（as a micronutrient）, ceramics, and semiconductors.%n%n§lPrimitive：§r §6Roast ores to form Sodium Tetraborate.%n%n§613 Sodium Tetraborate Dust + 2,000 L Distilled Water → 2,000 L Borate Liquor + 1 tiny pile of clay（Mixer）%n%n2,000 L Borate Liquor + 2,000 L Hydrochloric Acid → 28 Boric Acid + 2,000 L Salt Water（CSTR）%n%n14 Boric Acid → 3,000 L Steam + 5 Boron Trioxide（Roaster）%n%n5 Boron Trioxide + 3 Magnesium -> 2 Amorphous Boron + 6 Magnesium Oxide（Roaster）%n%n2 Amorphous Boron → 1 Boron Dust（Centrifuge）%n%n§l§r§lUniversal：§rDirect electrolysis of B2O3 to form elemental boron.%n%n§67 Boric Acid + 4,000 L Hydrofluoric acid → 1,000 L Tetrafluoroboric Acid（Mixer）%n%n1,000 L Tetrafluoroborate Solution + 6 Potassium Carbonate → 1,000 L Potassium Tetrafluoroborate Solution + 1,000 L Carbon Dioxide%n%n14,000 L Potassium Tetrafluoroborate Solution → 12 Potassium tetrafluoroborate + 15,000 L Steam（Roaster）%n%n144 mB molten salt（NC）+ 1 Sodium Fluoride（NC）+ 1 Potassium tetrafluoroborate（NC）+ 5 Boron Trioxide + Iron Rod（NC）+ Graphite Anode（NC）-> 2 Crude Boron Dust（Electrolytic cell）%n%n§l§r§lSpecialized：§rProduces ultrapure boron for semiconductor applications. %n%n§62 Crude Boron + 6,000 L Chlorine -> 2,000 L Boron Chloride + 1 tiny MgCl and CaCl dust（Fluidized Bed Reactor）%n%n2,000 L Boron Chloride + 6,000 L Hydrogen -> 6,000 L Gaseous Hydrogen Chloride + 2 High Purity Boron%n%n1 High Purity Boron -> 1 Boron Dust（Centrifuge）%n -susy.quest.db.252.title=006 | Carbon -susy.quest.db.252.desc=§6Element§r：Carbon（C）%n§bAtomic Number§r：6%n§aAtomic Mass§r：12.01 amu%n§cMelting Point§r：3825 K%n§5Boiling Point§r：4300 K%n§6Properties§r：Carbon is a versatile nonmetal known for its ability to form a wide range of compounds. It is the basis of organic chemistry and found in all known life forms.%n%n§lPrimitive：§rCentrifuge §7Charcoal, Coal, Coke or Anthracite§o§r Dust for Carbon Dust%n%n§lSpecialized：§rPyrolyze§c Methane §r§rwith §6Bismuth Dust§r to obtain Carbon Dust and Hydrogen Gas%n -susy.quest.db.253.title=007 | Nitrogen -susy.quest.db.253.desc=§6Element§r：Nitrogen（N）%n§bAtomic Number§r：7%n§aAtomic Mass§r：14.01 amu%n§cMelting Point§r：63.15 K%n§5Boiling Point§r：77.36 K%n§6Properties§r：Nitrogen is a diatomic nonmetal and makes up the majority of Earth's atmosphere. It is used in various industrial processes and as a coolant in certain applications.%n%n§lPrimitive：§cN/A%n§6%n§l§r§lUniversal：§rClay can be passed through a liquid Molecular Sieve to make §6Zeolite 13X§r, which can be solidified and then autoclaved to make a Zeolite Membrane. §bPressure Swing Absorption§r of Air through this catalyst can be used to make industrial quantities of Nitrogen and Oxygen.%n%n§lSpecialized：§r §cCryogenic distillation [WIP]%n -susy.quest.db.254.title=008 | Oxygen -susy.quest.db.254.desc=§6Element§r：Oxygen（O）%n§bAtomic Number§r：8%n§aAtomic Mass§r：16.00 amu%n§cMelting Point§r：54.36 K%n§5Boiling Point§r：90.20 K%n§6Properties§r：Oxygen is a highly reactive nonmetal and a vital §6Element§r for sustaining life. It is used in various industries, including medical applications and combustion processes.%n%n§lPrimitive：§r%nElectrolyze Water to get Hydrogen and Oxygen.%n%n§lUniversal：§r%n§7Clay§r can be passed through a §aliquid Molecular Sieve §rto make §7Zeolite 13X§r, which can be solidified and then autoclaved to make a §7Zeolite Membrane§r.%nPressure Swing Absorption of Air through this catalyst can be used to make industrial quantities of §bNitrogen and Oxygen§r.%n%n§lSpecialized：%n§rCryogenic distillation [§cWIP§r] -susy.quest.db.255.title=009 | Fluorine -susy.quest.db.255.desc=§6Element§r：Fluorine（F）%n§bAtomic Number§r：9%n§aAtomic Mass§r：19.00 amu%n§cMelting Point§r：53.53 K%n§5Boiling Point§r：85.03 K%n§6Properties§r：Fluorine is a highly reactive halogen known for its strong oxidizing properties§r. It is used in various industries, including the production of fluoropolymers and pharmaceuticals.%n%n§lPrimitive：§r%n%n§lUniversal：§r3 Fluorite Dust + 1,000 L Sulfuric Acid → 1 Gypsum Dust + 2,000 L Hydrofluoric Acid（Mixer）%n2,000 L Hydrofluoric Acid + 4 Potassium Fluoride Dust（NC）+ 1 Platinum Rod（NC）+ 1 Nickel Rod（NC）→ 1,000L Hydrogen + 1,000L Fluorine（Electrolytic Cell）%n%n -susy.quest.db.256.title=010 | Neon -susy.quest.db.256.desc=§6Element§r：Neon（Ne）%n§bAtomic Number§r：10%n§aAtomic Mass§r：20.18 amu%n§cMelting Point§r：24.56 K%n§5Boiling Point§r：27.07 K%n§6Properties§r：Neon is a noble gas known for its bright, colorful light emissions. It is used in advertising signs, as a coolant in cryogenics, and in some specialized lighting.%n -susy.quest.db.257.title=019 | Potassium -susy.quest.db.257.desc=§6Element§r：Potassium（K）%n§bAtomic Number§r：19%n§aAtomic Mass§r：39.10 amu%n§cMelting Point§r：336.53 K%n§5Boiling Point§r：1032 K%n§6Properties§r：Potassium is an alkali metal highly reactive with water. It is used in fertilizers, soaps, and in the production of some medications and chemical§ls.%n%nPrimitive：§r%nElectrolyzing molten§7 Rock Salt§r under a§7 graphite electrode§r makes§9 Potassium §rand §2Chlorine§r§r.%n%n§lUniversal：§r§c§r§6Wood Ash§r can be centrifuged to make §aPotassium Carbonate Solution§r, which is then distilled to make Potassium Carbonate.%nPotassium Carbonate can be roasted in Hydrochloric Acid to make §7Rock Salt solution§r, which is electrolyzed to make potassium hydroxide.%n%n§lSpecialized：§r§cN/A%n§r§c%n -susy.quest.db.258.title=012 | Magnesium -susy.quest.db.258.desc=§6Element§r：Magnesium（Mg）%n§bAtomic Number§r：12%n§aAtomic Mass§r：24.31 amu%n§cMelting Point§r：923 K%n§5Boiling Point§r：1380 K%n§6Properties§r：Magnesium is an alkaline earth metal known for its lightness and high strength-to-weight ratio. It is used in alloys, pyrotechnics, and as a component in some medication§s.%n%n§lPrimitive：§r§cN/A§r%n%n§lUniversal：§rCarnallite can be obtained by sifting a Halide Evaporite deposit. Evaporite deposits can be found in deserts, mostly.%n%nCarnallite can be leached in a Mixer to make Carnallite Leach.%nCarnallite Leach can be crystallized to make Magnesium Chloride.%nMolten Magnesium Chloride can be electrolyzed to make Magn§l§resium.%n%n§lSpecialized：§r§cN/A§r%n%n -susy.quest.db.259.title=011 | Sodium -susy.quest.db.259.desc=§b§6Element§r：Sodium（Na）%n§bAtomic Number§r：11%n§aAtomic Mass§r：22.99 amu%n§cMelting Point§r：370.87 K%n§5Boiling Point§r：1156 K%n§6Properties§r：Sodium is an alkali metal known for its high reactivity. It is used in various industries, including the production of chemicals, as a coolant, and in the manufacture of batteries.%n%n§lPrimitive：§r%nElectrolyzing molten§7 Salt§r under a§7 graphite electrode§r makes§9 Sodium §rand §2Chlorine§r%n%n§lUniversal：§r§c§9Sodium Hydroxide §rcan be electrolyzed for Sodium, Oxygen and Hydrogen.%n%n§lSpecialized：§r§cN/A%n§r§c -susy.quest.db.260.title=013 | Aluminium -susy.quest.db.260.desc=§6Element§r：Aluminum（Al）%n§bAtomic Number§r：13%n§aAtomic Mass§r：26.98 amu%n§cMelting Point§r：933.47 K%n§5Boiling Point§r：2792 K%n§6Properties§r：Aluminum is a lightweight and corrosion-resistant metal. It is widely used in construction, packaging, transportation, and various industrial applications.%n%n§lPrimitive：§o§cN/A%n%n§l§r§lUniversal：§rBauxite is dissolved in hot alkali to form sodium aluminate. Gallium is also dissolved in this process, and various metal hydroxides and oxides remain behind as §cred mud§r. Red mud can be further processed to yield base metal oxides such as Fe2O3 or TiO2. %n%nNext, the liquor is returned to neutral pH by bubbling carbon dioxide to precipitate aluminum hydroxide.%n%n§lSpecialized：§r Modern aluminum purification can be accomplished with the Hall-Heroult process. This uses an electrolytic cell with a steel cathode and graphite anode in a solution of alumina in molten cryolite. Check Chapter 2 for more info. -susy.quest.db.261.title=014 | Silicon -susy.quest.db.261.desc=§6Element§r：Silicon（Si）%n§bAtomic Number§r：14%n§aAtomic Mass§r：28.09 amu%n§cMelting Point§r：1687 K%n§5Boiling Point§r：3538 K%n§6Properties§r：Silicon is a metalloid known for its semiconducting §6Properties§r. It is used extensively in the electronics industry for integrated circuits and solar cell production.%n%n§lPrimitive：§r§cN/A%n§r%n§lUniversal：§r§6Silicon Dioxide §rcan be centrifuged from sand or flint.%n%nWhen silicon dioxide is §croasted§r with coke it undergoes a chemical reaction to produce§6 silicon carbide§r. %n%nSilicon carbide can then be §carc furnaced§r to obtain§6 silicon.%n§r%n§lSpecialized：§6Silicon §rreacts with §3chlorine §rto produce §6silicon tetrachloride §rin a roaster.%n%nThe resulting SiCl4 undergoes §cpurification in a distillery§r, yielding purified SiCl4.%n%nHigh purity silicon is obtained by reacting Zinc dusts with the purified SiCl4 in a§c roaster§r.%n%n -susy.quest.db.262.title=015 | Phosphorus -susy.quest.db.262.desc=§6Element§r：Phosphorus（P）%n§bAtomic Number§r：15%n§aAtomic Mass§r：30.97 amu%n§cMelting Point§r：317.30 K%n§5Boiling Point§r：553 K%n§6Properties§r：Phosphorus is a nonmetal essential for life and found in DNA, RNA, and ATP. It is used in fertilizers, detergents, and in the production of matches and fireworks.%n%n§lPrimitive：§r §7Bone Meal§r can be autoclaved to make §6Tricalcium Phosphate§r. %nIt's reacted with §6Sulfuric Acid §rto make§6 Monocalcium Phosphate§r, which is then roasted to make §6Calcium Phosphite§r.%nCalcium Phosphite is roasted with Carbon to make §6White Phosphorus§r.%n%n§lUniversal：§r §2Fluorapatite or Chlorapatite §rdusts can be smelted with Sand and Carbon in an EBF to make large amounts of §6White Phosphorus§r.%n§l%nSpecialized：§rPhosphorus can be autoclaved to get a High Purity Phosphorus Vapor, which is distilled and then solidified to get §6High Purity Phosphorus§r. -susy.quest.db.263.title=016 | Sulfur -susy.quest.db.263.desc=§6Element§r：Sulfur（S）%n§bAtomic Number§r：16%n§aAtomic Mass§r：32.07 amu%n§cMelting Point§r：388.36 K%n§5Boiling Point§r：717.82 K%n§6Properties§r：Sulfur is a multivalent nonmetal known for its yellow color and distinct odor. It is used in the production of sulfuric acid, vulcanization of rubber, and in fertilizers.%n%n§lPrimitive：§rRoast §6Pyrite dust§r to get §6Sulfur dust§r and Iron III Sulfate dust%n%n§lAdvanced：§r%n%nHydrogen Sulfide can be react with Oxygen or Air in the Reaction Furnace to obtain §6Sulfur dust and Uncatalyzed Sulfurous Gases§r, which can be used in the Reaction Furnace again with §bAlumina Catalyst Bed§r to recover §6Sulfur dust§r. %n%nIt is noted that both of these recipes can be done in the same Reaction Furnace.%n%nSource of §6Hydrogen Sulfide§r are Sour Gas, which is a byproduct of distillation of treated oil fractions（Diesel, Refinery Gas, Gasoline, Natural Gas, Fuel Oil, Naphtha and Kerosene）, and ores that contain §6Sulfur§r. -susy.quest.db.264.title=017 | Chlorine -susy.quest.db.264.desc=§6Element§r：Chlorine（Cl）%n§bAtomic Number§r：17%n§aAtomic Mass§r：35.45 amu%n§cMelting Point§r：171.65 K%n§5Boiling Point§r：239.11 K%n§6Properties§r：Chlorine is a highly reactive halogen used as a disinfectant, in the production of PVC, and in various industrial processes, including water treatment and bleaching.%n%n§lPrimitive：§r Electrolyze§6 Liquid Salt §rto get§3 Sodium Dust§r and§a Chlorine§r§r%n%n§lSpecialized：§r Electrolyze §7Salt Water§r to get §aChlorine §rand various byproducts. -susy.quest.db.265.title=018 | Argon -susy.quest.db.265.desc=§6Element§r：Argon（Ar）%n§bAtomic Number§r：18%n§aAtomic Mass§r：39.95 amu%n§cMelting Point§r：83.80 K%n§5Boiling Point§r：87.30 K%n§6Properties§r：Argon is a noble gas known for its inertness. It is used in various applications, including welding, lighting, and as a protective gas in industrial processes.%n -susy.quest.db.266.title=020 | Calcium -susy.quest.db.266.desc=§6Element§r：Calcium（Ca）%n§bAtomic Number§r：20%n§aAtomic Mass§r：40.08 amu%n§cMelting Point§r：1115 K%n§5Boiling Point§r：1757 K%n§6Properties§r：Calcium is an alkaline earth metal essential for the human body and found in bones and teeth. It is used in construction, as a dietary supplement, and in the production of steel.%n%n§lPrimitive：§r§cN/A%n%n§r§lUniversal：§r Ammonia can be combined with Hydrochloric Acid to get §6Ammonium Chloride Solution§r, which is distilled to get §bAmmonium Chloride§r. %nAmmonium Chloride can be combined with Quicklime to get §7Calcium Chloride§r, which is melted and then electrolyzed to get §bCalcium§r.%n%n§lSpecialized：§r§c §rMake High Purity Calcium by using a §cVacuum Distillation Tower§r. -susy.quest.db.267.title=021 | Scandium -susy.quest.db.267.desc=§6Element§r：Scandium（Sc）%n§bAtomic Number§r：21%n§aAtomic Mass§r：44.96 amu%n§cMelting Point§r：1814 K%n§5Boiling Point§r：3109 K%n§6Properties§r：Scandium is a transition metal with high strength and heat resistance. It is used in aerospace components, high-intensity lamps, and in some sports equipment.%n -susy.quest.db.268.title=022 | Titanium -susy.quest.db.268.desc=§6Element§r：Titanium（Ti）%n§bAtomic Number§r：22%n§aAtomic Mass§r：47.87 amu%n§cMelting Point§r：1941 K%n§5Boiling Point§r：3560 K%n§6Properties§r：Titanium is a transition metal known for its high strength, low density, and corrosion resistance. It is used in aerospace applications, medical implants, and in the production of durable goods.%n%n§lPrimitive：§r§cN/A%n%n§r§lUniversal：§rTitanium has 2 sources at this stage of the game：§6Vanadiferous Titanomagnetite,§f and §cIlmenite.§f Those are sourced from the Mining Drill only.%n%nWhat you'll want to do is process those dusts into Rutile. Both ores have different processing routes to get to Rutile, but Ilmenite is significantly easier to turn into Rutile, needing only 1 fluidized bed reactor step.%n%nNext, you'll want to react the Rutile with coke and chlorine in a Fluidized Bed Reactor, for Gaseous Titanium Tetrachloride.%n%nAfter several steps of purification, you should have normal Titanium Tetrachloride.%n%nPutting this normal Titanium Tetrachloride in an EBF with magnesium will give you a Titanium Sponge, which is just a few steps away from Titanium Ingots. You'll need better coils than just Cupronickel Coils for this though.%n%n§lSpecialized：%n%n§6§r§c§r§aTitanium, Zirconium and Hafnium§r all rely on the same process to obtain high purity versions. %n%nFirst, react the metal dust with iodine to obtain the iodide. Next, use the §aCVD Unit§r with a heated tungsten stick to decompose the iodide back into the metal, which has been purified during the process.%n -susy.quest.db.269.title=023 | Vanadium -susy.quest.db.269.desc=§6Element§r：Vanadium（V）%n§bAtomic Number§r：23%n§aAtomic Mass§r：50.94 amu%n§cMelting Point§r：2183 K%n§5Boiling Point§r：3680 K%n§6Properties§r：Vanadium is a transition metal with excellent structural §6Properties§r. It is used in the production of steel, as a catalyst, and in energy storage systems.%n%n§l§lPrimitive：§r React Vanadinite dust and Salt or Soda Ash dust in Reaction Furnace to get Salt Roasted Vanadinite Dust. %n%nCentrifuge the dust with Water to get Leached Salt Roasted Vanadinite Dust（this can be processed for lead）and Sodium Vanadate Solution.%n%nReact Sodium Vanadate Solution with Ammonium Chloride dust to get Ammonium Metavanadate Dust. %n%nRoast the dust to get Vanadium Pentoxide Dust and Ammonia. React Vanadium Pentoxide Dust with High Purity Calcium dust to get Vanadium Dust and Quicklime dust.%n%n§lAdvanced：§r%n%n §cVanadiferous Titanomagnetite will be abbreviated as V-T.%n Vanadium/Titanium will be abbreviated as V/Ti.§r%n%nMix V-T dust with Distilled Water to get Impure V-T Slurry. %n%nThe slurry will be separated into V-T Slurry in the Floth Flotation Tank, requiring n-Octylamine and Methyl Isobutyl Carbinol as non-consumable input fluid. %n%nCentrifuge V-T Slurry to get V-T Concentrate Dust. %n%nRoast the V-T Concentrate Dust in a Rotary Kiln with Carbon dust and Dolomite dust to get V/Ti Rich Pig Iron.%n%nSmelt V/Ti Rich Pig Iron with Oxygen in an Advanced Arc Furnace to get V/Ti-Rich Slag and Steel Ingot as a byproduct. %n%nPulverize the slag to get V/Ti-Rich Slag Dust. Roast V/Ti-Rich Slag Dust in a Rotary Kiln with Soda Ash dust to obtain Alkaline V/Ti Slag Dust. %n%nCentrifuge Alkaline V/Ti Slag Dust to get Sodium Vanadate Solution and Titania Slag Dust. Process Sodium Vanadate Solution like Primitive steps. %n%nNote：Titania Slag Dust can be used as a source for Titanium.%n -susy.quest.db.270.title=024 | Chromium -susy.quest.db.270.desc=§6Element§r：Chromium（Cr）%n§bAtomic Number§r：24%n§aAtomic Mass§r：52.00 amu%n§cMelting Point§r：2180 K%n§5Boiling Point§r：2944 K%n§6Properties§r：Chromium is a transition metal known for its corrosion resistance. It is used in stainless steel production, as a decorative coating, and in the manufacturing of alloys.%n%n%n§6Chromite§r can be roasted in the §crotary kiln§r with soda ash, oxygen, and natural gas to get a§c sodium chromate mixture§r. This mixture is then separated by dissolving sodium chromate in distilled water, leaving behind§7 iron III oxide§r.%n%nThe sodium chromate solution can react with §6sulfuric acid§r to make§6 sodium dichromate solution§r. Distill the solution to get sodium dichromate and sulfuric acid. The acid §6can be piped back to the production of sodium dichromate, as the sulfuric acid is perfectly recycled§r.%n%nFrom here, you have two options.%n%nThe first option is to react sodium dichromate with sulfuric acid to obtain §cchromium trioxide§r. sodium sulfate solution, and carbon dioxide. %n%nAlternatively, you can roast sodium dichromate dust with carbon to get a chromium-soda ash mixture. You can then dissolve the soda with water, leaving behind chromium trioxide. §cThis path is better for full automation as it perfectly recycles the soda consumed.§r%n%n§cRoast the chromium trioxide to obtain chromium III oxide and oxygen. Then, react the chromium III oxide with aluminium to get chrome dust and alumina.%n -susy.quest.db.271.title=025 | Manganese -susy.quest.db.271.desc=§6Element§r：Manganese（Mn）%n§bAtomic Number§r：25%n§aAtomic Mass§r：54.94 amu%n§cMelting Point§r：1519 K%n§5Boiling Point§r：2334 K%n§6Properties§r：Manganese is a transition metal used for superconductors and as a catalyst. It is also a necessary nutrient for humans and plays a role in various biological processes.%n%n§lPrimitive§r：%nPyrolusite can be smelted with Coke and tiny piles of calcite to create small piles of Manganese.%n%n§lUniversal§r：%nRhodochrosite can be roasted to create Manganese Oxide dust, which can be roasted with Coke to create small piles of Manganese dust.%n%n§lSpecialized§r：%nPyrolusite can be reduced with Natural Gas, CO, Hydrogen or Fuel Oil to create Manganese Oxide in a Reaction Furnace.%nManganese Oxide is leached with Sulfuric Acid to create Crude Manganese II Sulfate solution, which needs to be reacted with Sodium Hydroxide and then put through an Electrolytic Cell to get Manganese. -susy.quest.db.272.title=026 | Iron -susy.quest.db.272.desc=§6Element§r：Iron（Fe）%n§bAtomic Number§r：26%n§aAtomic Mass§r：55.85 amu%n§cMelting Point§r：1811 K%n§5Boiling Point§r：3134 K%n§6Properties§r：Iron is a transition metal with excellent strength and magnetism. It is used in construction, manufacturing, and as a core component in many alloys.%n%n§lPrimitive：§rWhen iron ores are smelted in a Primitive Blast Furnace with coke, iron with a high carbon content（pig iron）is produced. Pig Iron then needs to be smelted to make iron.%n%n§lUniversal：§rThe same process, but done in an Electric Blast Furnace.%n%n§lSpecialized：§r Steel needs to be reacted with Carbon Monoxide in a Reaction Furnace to produce Crude Iron Pentacarbonyl, that needs to be distilled to make§6 Iron Pentacarbonyl§r.%n%nIron Pentacarbonyl then goes in the batch reactor to make §7High Purity Iron.%n%n%n%n -susy.quest.db.273.title=027 | Cobalt -susy.quest.db.273.desc=§6Element§r：Cobalt（Co）%n§bAtomic Number§r：27%n§aAtomic Mass§r：58.93 amu%n§cMelting Point§r：1768 K%n§5Boiling Point§r：3200 K%n§6Properties§r：Cobalt is a transition metal used in the production of magnetic materials, rechargeable batteries, and as a catalyst in the chemical industry.%n -susy.quest.db.274.title=028 | Nickel -susy.quest.db.274.desc=§6Element§r：Nickel（Ni）%n§bAtomic Number§r：28%n§aAtomic Mass§r：58.69 amu%n§cMelting Point§r：1728 K%n§5Boiling Point§r：3186 K%n§6Properties§r：Nickel is a transition metal known for its corrosion resistance and high electrical conductivity. It is used in alloys, batteries, and in the production of stainless steel.%n -susy.quest.db.275.title=029 | Copper -susy.quest.db.275.desc=§6Element§r：Copper（Cu）%n§bAtomic Number§r：29%n§aAtomic Mass§r：63.55 amu%n§cMelting Point§r：1357.77 K%n§5Boiling Point§r：2835 K%n§6Properties§r：Copper is a transition metal with excellent thermal and electrical conductivity. It is used in electrical wiring, plumbing, and as a component in various alloys.%n%n§lPrimitive：§rCopper is found in §6Chalcopyrite, Chalcocite, Malachite, Bornite, Tetrahedrite, §ror §6Copper Ore§r deposits.%n%n§lUniversal：§rYou can use §cfroth flotation §rand advanced processing to obtain §l§c§l>100%%§r copper yields from ore and valuable byproducts such as the platinum group metals, §6selenium, tellurium, molybdenum, and rhenium §r（to be implemented）%n%nTo process chalcopyrite, chalcocite, and bornite, use froth flotation with S.E.X. to obtain §6copper concentrate §rto first double the yield from the ore.%n%nSmelt the copper concentrate in a EBF with a §areductant（natural gas）§r and oxygen to produce §6copper matte§r and to remove some sulfur dioxide.%n%nTake the copper matte and smelt again with oxygen to remove the rest of the sulfur from the concentrate to make §6blister copper and remove impurities such as bismuth, antimony, arsenic, and tin§r.%n%nTurn the blister copper into plates to use for electrolysis, which produces nickel and anode slime as a byproduct. The anode slime can be further processed for selenium, tellurium, and the platinum group metals.%n%nFor §2malachite§r, a different flotation agent, octyl hydroxamate is used. Leach the product of froth flotation with sulfuric acid and optionally add hydrogen peroxide to recover some iron and boost yield. This produces copper sulfate, which can be directly electrolyzed to copper.%n§l%nSpecialized：§cN/A -susy.quest.db.276.title=030 | Zinc -susy.quest.db.276.desc=§6Element§r：Zinc（Zn）%n§bAtomic Number§r：30%n§aAtomic Mass§r：65.38 amu%n§cMelting Point§r：692.68 K%n§5Boiling Point§r：1180 K%n§6Properties§r：Zinc is a transition metal known for its corrosion resistance. It is used in galvanizing processes, as a dietary supplement, and in the production of alloys.%n%n§lPrimitive：§rSmelt §bsphalerite ore §r§rin a furnace to get Zinc.%n%n§lUniversal：§r Sphalerite can be roasted to get Zinc Oxide.%nZinc Oxide is roasted again to get Crude Zinc.%nCrude Zinc goes into the distillation tower to obtain Cadmium Rich Zinc and a variety of other metals. %nCadmium Rich Zinc goes into the tower again to get Zinc and Cadmium.%n%n§lSpecialized：§rUse the §aZinc Cementation Slurry §rprocess to get Zinc. -susy.quest.db.277.title=031 | Gallium -susy.quest.db.277.desc=§6Element§r：Gallium（Ga）%n§bAtomic Number§r：31%n§aAtomic Mass§r：69.72 amu%n§cMelting Point§r：302.91 K%n§5Boiling Point§r：2477 K%n§6Properties§r：Gallium is a post-transition metal with a low §cMelting Point§r. It is used in semiconductors, LEDs, and as a component in some medical imaging devices.%n%n§lPrimitive：§rGallium can be centrifuged from sphalerite.%n%n§lUniversal：§r§cWIP%n%n§l§r§lSpecialized：§rGallium can be reacted with Chlorine to form Crude Gallium Trichloride.%nCrude Gallium Trichloride needs to be distilled into Gallium Trichloride.%nGallium Trichloride can be reacted with Hydrogen to form High Purity Gallium.%n%nOr, if you don't want to do the whole process, you can use a Vacuum Distillation Tower. -susy.quest.db.278.title=032 | Germanium -susy.quest.db.278.desc=§6Element§r：Germanium（Ge）%n§bAtomic Number§r：32%n§aAtomic Mass§r：72.63 amu%n§cMelting Point§r：1211.40 K%n§5Boiling Point§r：3106 K%n§6Properties§r：Germanium is a metalloid used in semiconductors and fiber-optic systems. It has applications in infrared optics, solar cells, and in some chemotherapy drugs.%n -susy.quest.db.279.title=033 | Arsenic -susy.quest.db.279.desc=§6Element§r：Arsenic（As）%n§bAtomic Number§r：33%n§aAtomic Mass§r：74.92 amu%n§cMelting Point§r：1090 K%n§5Boiling Point§r：887 K%n§6Properties§r：Arsenic is a metalloid with both metallic and nonmetallic properties. It is used in certain pesticides, wood preservatives, and in the production of semiconductors.%n%n§c§r§lPrimitive§r：Sperrylite, Cobaltite and Arsenopyrite and Realgar §rcan be put through an Electric Blast Furnace with oxygen to create §6small piles of Arsenic Trioxide.%n%nThis can be then §6arc furnaced §rwith some §6Carbon §rto create pure Arsenic.%n%n§lUniversal：§r%n§6Proustite§r can allow for arsenic separation using an alkaline leach to create Arsenic III Sulfide.%n%n§6Arsenopyrite/Cobaltit§r§6e§r may also be leached with acid to create Arsenic V Oxide.%n%nProustite can be leached with Sodium Thiosulfate to create a leach, which can be reacted with Sodium Sulfate to make Thiosulfate Thioarsenite.%nThis can then be reacted with Iron III Chloride to make Iron Arsenite.%n%n§lSpecialized：%n§r§65 Arsenic Trichloride + 6,500 mB Hydrogen Chloride -> 2,000 L Crude Arsenic Trichloride + 3,000 L Water（roaster）%n%nCrude Arsenic Trichloride -> Arsenic Trichloride（distillery）%n%n3,000 L Hydrogen + 1,000 L Arsenic Trichloride -> 1 High Purity Arsenic + 3,000 Hydrogen Chloride -susy.quest.db.280.title=034 | Selenium -susy.quest.db.280.desc=§6Element§r：Selenium（Se）%n§bAtomic Number§r：34%n§aAtomic Mass§r：78.97 amu%n§cMelting Point§r：494 K%n§5Boiling Point§r：958 K%n§6Properties§r：Selenium is a nonmetal with important biological functions. It is used in photocopiers, solar cells, and in some nutritional supplements.%n -susy.quest.db.281.title=035 | Bromine -susy.quest.db.281.desc=§6Element§r：Bromine（Br）%n§bAtomic Number§r：35%n§aAtomic Mass§r：79.90 amu%n§cMelting Point§r：265.95 K%n§5Boiling Point§r：332 K%n§6Properties§r：Bromine is a halogen known as a red-brown volatile liquid. It is used in flame retardants, water disinfection, and in the production of pharmaceuticals.%n%n§lPrimitive：§r §cN/A%n§o§r%n§lUniversal：§r §3Brine§r needs to be evaporated twice in an Evaporation Pool to extract §6Very Concentrated Brine§r.%nVery Concentrated Brine is reacted with §7Hydrochloric Acid §rto make §6Boron-Free Brine§r.%nBoron-Free Brine is reacted with §9Sodium Carbonate§r to make §2Lithium-Free Brine§r.%n§3Chlorine §ris bubbled into Lithium-Free Brine to make §1§2Chlorinated Brine§r, which is then vacuum ejected to make §4Bromine§r.%n%n§lSpecialized：§r§c N/A -susy.quest.db.282.title=036 | Krypton -susy.quest.db.282.desc=§6Element§r：Krypton（Kr）%n§bAtomic Number§r：36%n§aAtomic Mass§r：83.80 amu%n§cMelting Point§r：115.79 K%n§5Boiling Point§r：119.93 K%n§6Properties§r：Krypton is a noble gas known for its low reactivity and luminescent properties. It is used in lighting, lasers, and in certain photographic processes.%n -susy.quest.db.283.title=037 | Rubidium -susy.quest.db.283.desc=%n§6Element§r：Rubidium（Rb）%n§bAtomic Number§r：37%n§aAtomic Mass§r：85.47 amu%n§cMelting Point§r：312.46 K%n§5Boiling Point§r：961 K%n§6Properties§r：Rubidium is an alkali metal with a silvery-white appearance. It is used in research applications, in the production of specialty glasses, and in some medical imaging devices.%n -susy.quest.db.284.title=038 | Strontium -susy.quest.db.284.desc=§6Element§r：Strontium（Sr）%n§bAtomic Number§r：38%n§aAtomic Mass§r：87.62 amu%n§cMelting Point§r：1050 K%n§5Boiling Point§r：1655 K%n§6Properties§r：Strontium is an alkaline earth metal used in pyrotechnics to produce red-colored flames. It is also used in the production of cathode ray tubes and in certain medical applications.%n -susy.quest.db.285.title=039 | Yttrium -susy.quest.db.285.desc=§6Element§r：Yttrium（Y）%n§bAtomic Number§r：39%n§aAtomic Mass§r：88.91 amu%n§cMelting Point§r：1795 K%n§5Boiling Point§r：3609 K%n§6Properties§r：Yttrium is a transition metal used in various applications, including lasers, superconductors, and as a component in alloys used in jet engines and turbines.%n -susy.quest.db.286.title=040 | Zirconium -susy.quest.db.286.desc=§6Element§r：Zirconium（Zr）%n§bAtomic Number§r：40%n§aAtomic Mass§r：91.22 amu%n§cMelting Point§r：2128 K%n§5Boiling Point§r：4682 K%n§6Properties§r：Zirconium is a transition metal known for its high resistance to corrosion. It is used in nuclear reactors, as a structural material in the aerospace industry, and in the production of ceramics.%n%n§lPrimitive：§r§r§d§d§cN/A%n%n§r§lUniversal：§r§6Zircon（ZrSiO4）and Baddeleyite（ZrO2）are the primary minerals of zircon§r. To process zircon, the following process is used.%n%nGravity separate the zircon, float the zircon in oleic acid, and electromagnetically separate other minerals from it.%n%nNext, put it in a fluidized bed reactor similar to produce impure zirconium tetrachloride, like the §ctitanium process§r.（You may notice that zirconium is right under titanium in the periodic table）. %n%nReact the §azirconium tetrachloride§r in water to produce §9impure zirconyl chloride§r. %n%nSeparate the hafnium using a mixture of§a ammonium thiocyanate, kerosene, and methyl isobutyl ketone§r. %n%nPrecipitate the zirconium with water and sulfuric acid to produce zirconium basic sulfate. Finally, produce pure zirconium dioxide by reacting with ammonia solution.%n%nTo obtain the metal, carbochlorinate the zirconium dioxide to make pure zirconium tetrachloride, which can be turned into metal in a manner similar to titanium.%n%n§bBaddeleyite§r can be processed with fewer steps by directly processing into impure zirconium tetrachloride and processing from there.%n%n§lSpecialized：%n%n§6§r§c§r§aTitanium, Zirconium and Hafnium§r all rely on the same process to obtain high purity versions. %n%nFirst, react the metal dust with iodine to obtain the iodide. Next, use the §aCVD Unit§r with a heated tungsten stick to decompose the iodide back into the metal, which has been purified during the process. -susy.quest.db.287.title=041 | Niobium -susy.quest.db.287.desc=§6Element§r：Niobium（Nb）%n§bAtomic Number§r：41%n§aAtomic Mass§r：92.91 amu%n§cMelting Point§r：2750 K%n§5Boiling Point§r：5017 K%n§6Properties§r：Niobium is a transition metal with excellent superconducting properties§r. It is used in superconducting magnets, alloys for jet engines, and in the production of electronic components.%n -susy.quest.db.288.title=042 | Molybdenum -susy.quest.db.288.desc=§6Element§r：Molybdenum（Mo）%n§bAtomic Number§r：42%n§aAtomic Mass§r：95.96 amu%n§cMelting Point§r：2896 K%n§5Boiling Point§r：4912 K%n§6Properties§r：Molybdenum is a transition metal with a high §cMelting Point§r and excellent strength. It is used in high-temperature applications, such as in the production of steel, catalysts, and electronic devices.%n -susy.quest.db.289.title=043 | Technetium -susy.quest.db.289.desc=§6Element§r：Technetium（Tc）%n§bAtomic Number§r：43%n§aAtomic Mass§r：98 amu%n§cMelting Point§r：2430 K%n§5Boiling Point§r：4538 K%n§6Properties§r：Technetium is a radioactive transition metal with no stable isotopes. It has limited applications, mainly in nuclear medicine for imaging and in research.%n -susy.quest.db.290.title=044 | Ruthenium -susy.quest.db.290.desc=§6Element§r：Ruthenium（Ru）%n§bAtomic Number§r：44%n§aAtomic Mass§r：101.07 amu%n§cMelting Point§r：2607 K%n§5Boiling Point§r：4423 K%n§6Properties§r：Ruthenium is a transition metal known for its corrosion resistance and catalytic Properties. It is used in the production of electrical contacts, catalytic converters, and in some jewelry.%n -susy.quest.db.291.title=How Circuits Work -susy.quest.db.291.desc=Circuits are defined by two characteristics：their §6technological level§r（electronic, quantum, optical, etc,）and their "rank" in a given §6technology tier§r（assembly, mainframe, etc.）%n%nThese two characteristics give a circuit its name and voltage tier（e.g. the Micro Computer, an EV circuit and the 3rd micro circuit.）%n%nThe first technological tier of circuits, primitive circuits, is crafted by hand. The following tiers are fabricated in Circuit Assemblers, or the Assembly Line for high-end assemblies, computers and mainframes. %n%nHigher technological tiers demand more complex processing chains for their respective components, but generally follow similar patterns in terms of what components they require（SMDs, circuit boards, metal frames for mainframes, etc.）%n%nTechnological advancement will also allow you to make previous circuits more efficiently（e.g. using SoCs to craft Refined Processors without through-hole/SMD components.）%n%n -susy.quest.db.292.title=045 | Rhodium -susy.quest.db.292.desc=§6Element§r：Rhodium（Rh）%n§bAtomic Number§r：45%n§aAtomic Mass§r：102.91 amu%n§cMelting Point§r：2237 K%n§5Boiling Point§r：3968 K%n§6Properties§r：Rhodium is a transition metal with high reflectivity and resistance to corrosion. It is used in catalytic converters, as a coating for optical instruments, and in jewelry.%n -susy.quest.db.293.title=046 | Palladium -susy.quest.db.293.desc=§6Element§r：Palladium（Pd）%n§bAtomic Number§r：46%n§aAtomic Mass§r：106.42 amu%n§cMelting Point§r：1828.05 K%n§5Boiling Point§r：3236 K%n§6Properties§r：Palladium is a transition metal known for its catalytic Properties§r and ability to absorb hydrogen. It is used in catalytic converters, electronics, and in the production of jewelry.%n -susy.quest.db.294.title=047 | Silver -susy.quest.db.294.desc=Element§r：Silver（Ag）%n§bAtomic Number§r：47%n§aAtomic Mass§r：107.87 amu%n§cMelting Point§r：1234.93 K%n§5Boiling Point§r：2435 K%n§6Properties§r：Silver is a transition metal with high electrical conductivity and a distinctive luster. It is used in jewelry, coins, electrical contacts, and in various industrial applications.%n%n§lPrimitive§r：Ores such as§6 acanthite（Ag2S）§r are roasted in oxygen or air to form §6silver oxide§r, which may then be reduced with carbon to form §6elemental silver §r（with impurities）.§6%n%n§r§lUniversal：§rOres like §6pyrargyrite, proustite or stephanite§r can be leached with §aSodium Cyanide§r in a Batch Reactor to create a Sulfidic Cyanide Leach Solution, which is then reacted with Hydrochloric Acid to make a Cyanide Leach Solution.%n%nThis solution has to be electrolyzed to yield Silver and Arsenic or Antimony.%n%n§lSpecialized：§rTo produce §7high purity silver§r, the Morbius process can be used, in which gold plates are immersed into a Moebius electrolyte.%n%n -susy.quest.db.295.title=048 | Cadmium -susy.quest.db.295.desc=§6Element§r：Cadmium（Cd）%n§bAtomic Number§r：48%n§aAtomic Mass§r：112.41 amu%n§cMelting Point§r：594.22 K%n§5Boiling Point§r：1040 K%n§6Properties§r：Cadmium is a transition metal with low toxicity. It is used in rechargeable batteries, pigments, and as a protective coating in some applications.%n -susy.quest.db.296.title=049 | Indium -susy.quest.db.296.desc=§6Element§r：Indium（In）%n§bAtomic Number§r：49%n§aAtomic Mass§r：114.82 amu%n§cMelting Point§r：429.75 K%n§5Boiling Point§r：2345 K%n§6Properties§r：Indium is a post-transition metal used in the production of low-melting-point alloys, transparent conductive coatings, and in some electronic devices.%n -susy.quest.db.297.title=050 | Tin -susy.quest.db.297.desc=§6Element§r：Tin（Sn）%n§bAtomic Number§r：50%n§aAtomic Mass§r：118.71 amu%n§cMelting Point§r：505.08 K%n§5Boiling Point§r：2875 K%n§6Properties§r：Tin is a post-transition metal known for its low §cMelting Point§r. It is used in the production of solder, as a protective coating, and in the manufacture of tin cans.%n%n§lPrimitive：§rSmelt §7§6Cassiterite §rto get §7Tin§r.%n%n§lUniversal：§rTo obtain higher yields from tin and obtain byproducts such as§6 antimony, bismuth, and tungsten§r, §cfroth flotation §rand some specialized processes are utilized. First, float cassiterite in oleic acid with some additives to boost your yield.%n %nYou can optionally separate hematite and §aammonium tungstate §rfrom the cassiterite product using an §delectromagnetic separator§r and ammonia solution i§echemical bath§r, respectively.%n%nNext, reduce the tin in a §9reaction furnace§r with a combustible of your choice, producing crude tin, a dross, and carbon dioxide.%n%nYou can separate iron from tin using the dross using a centrifuge. It is important to note that if you do not want to go further in the chain, you can simply§c fluid solidify the tin into an ingot form at a higher fluid cost§r.%n%nNext, treat the tin with sulfur to decopperize the tin.§c Finally, dip fine wire into the tin to allow for antimony and bismuth to crystallize, yielding relatively pure tin.%n§r -susy.quest.db.298.title=051 | Antimony -susy.quest.db.298.desc=§6Element§r：Antimony（Sb）%n§bAtomic Number§r：51%n§aAtomic Mass§r：121.76 amu%n§cMelting Point§r：903.78 K%n§5Boiling Point§r：1860 K%n§6Properties§r：Antimony is a metalloid with various industrial applications, including flame retardants, alloys, and as a dopant in semiconductor materials.%n%n§lPrimitive：§rSmelt §6Stibnite §rto get antimony.%n%n -susy.quest.db.299.title=052 | Tellurium -susy.quest.db.299.desc=§6Element§r：Tellurium（Te）%n§bAtomic Number§r：52%n§aAtomic Mass§r：127.60 amu%n§cMelting Point§r：722.66 K%n§5Boiling Point§r：1261 K%n§6Properties§r：Tellurium is a metalloid with semiconducting §6Properties§r. It is used in solar panels, thermoelectric devices, and in some specialty glasses.%n -susy.quest.db.300.title=053 | Iodine -susy.quest.db.300.desc=§6Element§r：Iodine（I）%n§bAtomic Number§r：53%n§aAtomic Mass§r：126.90 amu%n§cMelting Point§r：386.85 K%n§5Boiling Point§r：457.4 K%n§6Properties§r：Iodine is a nonmetal known for its purple-black solid form and characteristic odor. It is used in pharmaceuticals, disinfectants, and in iodized salt.%n%n§lPrimitive：§r§b§cN/A%n%n§l§r§lUniversal：§rIodine can be precipitated by centrifuging §4Impure Bromine§r. Follow the Bromine page for more info.%n%n§lSpecialized：§cN/A -susy.quest.db.301.title=054 | Xenon -susy.quest.db.301.desc=§6Element§r：Xenon（Xe）%n§bAtomic Number§r：54%n§aAtomic Mass§r：131.29 amu%n§cMelting Point§r：161.36 K%n§5Boiling Point§r：165.03 K%n§6Properties§r：Xenon is a noble gas known for its unreactive nature and use in lighting applications. It is also used in certain medical imaging procedures.%n -susy.quest.db.302.title=055 | Caesium -susy.quest.db.302.desc=§6Element§r：Caesium（Cs）%n§bAtomic Number§r：55%n§aAtomic Mass§r：132.91 amu%n§cMelting Point§r：301.59 K%n§5Boiling Point§r：944 K%n§6Properties§r：Caesium is an alkali metal known for its low ionization energy and reactivity with water. It is used in atomic clocks, catalysts, and in some medical applications.%n -susy.quest.db.303.title=056 | Barium -susy.quest.db.303.desc=§6Element§r：Barium（Ba）%n§bAtomic Number§r：56%n§aAtomic Mass§r：137.33 amu%n§cMelting Point§r：1000 K%n§5Boiling Point§r：2170 K%n§6Properties§r：Barium is an alkaline earth metal used in various applications, including in drilling fluids, X-ray imaging, and in the production of some ceramics and glass.%n§%n§l%nPrimitive：§r§cN/A%n%n§r§lUniversal：§r%nRoast §aBarite dust§r with Carbon dust to get §6Barium Sulfide §rdust. %n%nDissolve §6Barium Sulfide§r with Distilled Water and Carbon Dioxide to get§c Barium Carbonate §rdust. %n%nRoast Barium Carbonate to get §dBarium Oxide§r dust, then react Barium Oxide with Aluminium dust to get §7§lBarium dust§r.%n§6%n§l§r§m§l§r§r§lSpecialized：§r§cN/A -susy.quest.db.304.title=087 | Francium -susy.quest.db.304.desc=§6Element§r：Francium（Fr）%n§bAtomic Number§r：87%n§aAtomic Mass§r：223 amu%n§cMelting Point§r：300 K%n§5Boiling Point§r：950 K%n§6Properties§r：Francium is an alkali metal with highly radioactive isotopes. It has limited practical applications, mainly in research.%n -susy.quest.db.305.title=072 | Hafnium -susy.quest.db.305.desc=§6Element§r：Hafnium（Hf）%n§bAtomic Number§r：72%n§aAtomic Mass§r：178.49 amu%n§cMelting Point§r：2506 K%n§5Boiling Point§r：4876 K%n§6Properties§r：Hafnium is a transition metal known for its high §cMelting Point§r and corrosion resistance. It is used in nuclear reactors, as a superalloy component, and in some electrical applications.%n%n§lPrimitive：§r§cN/A%n%n§l§r§lUniversal：§rFrom the §aextracted hafnium§r from the §eZirconium chain§r, strip the hafnium from the kerosene mixture with §6sulfuric acid§r. %n%nReact it to produce hafnium dioxide, and then impure hafnium tetrachloride. %n%nTo purify, use an atmosphere of hydrogen and nitrogen to produce §9Pure Hafnium Tetrachloride§r. Finally, process in a manner similar to titanium and zirconium to produce the metal.%n%n§lSpecialized：%n%n§6§r§c§r§aTitanium, Zirconium and Hafnium§r all rely on the same process to obtain high purity versions. %n%nFirst, react the metal dust with iodine to obtain the iodide. Next, use the §aCVD Unit§r with a heated tungsten stick to decompose the iodide back into the metal, which has been purified during the process. -susy.quest.db.306.title=073 | Tantalum -susy.quest.db.306.desc=§6Element§r：Tantalum（Ta）%n§bAtomic Number§r：73%n§aAtomic Mass§r：180.95 amu%n§cMelting Point§r：3290 K%n§5Boiling Point§r：5731 K%n§6Properties§r：Tantalum is a transition metal known for its high §cMelting Point§r and resistance to corrosion. It is used in capacitors, surgical implants, and in certain electronic devices.%n -susy.quest.db.307.title=074 | Tungsten -susy.quest.db.307.desc=§6Element§r：Tungsten（W）%n§bAtomic Number§r：74%n§aAtomic Mass§r：183.84 amu%n§cMelting Point§r：3695 K%n§5Boiling Point§r：5828 K%n§6Properties§r：Tungsten is a transition metal with the highest §cMelting Point§r of all §6Element§rs. It is used in incandescent light bulbs, electrical contacts, and in some alloys for high-temperature applications.%n -susy.quest.db.308.title=075 | Rhenium -susy.quest.db.308.desc=§6Element§r：Rhenium（Re）%n§bAtomic Number§r：75%n§aAtomic Mass§r：186.21 amu%n§cMelting Point§r：3459 K%n§5Boiling Point§r：5869 K%n§6Properties§r：Rhenium is a transition metal known for its high §cMelting Point§r and resistance to corrosion. It is used in catalysts, in the production of superalloys, and in some electrical components.%n -susy.quest.db.309.title=076 | Osmium -susy.quest.db.309.desc=§6Element§r：Osmium（Os）%n§bAtomic Number§r：76%n§aAtomic Mass§r：190.23 amu%n§cMelting Point§r：3306 K%n§5Boiling Point§r：5285 K%n§6Properties§r：Osmium is a transition metal known for its high density and extreme hardness. It is used in certain alloys, in the production of fountain pen tips, and in some electrical contacts.%n -susy.quest.db.310.title=077 | Iridium -susy.quest.db.310.desc=§6Element§r：Iridium（Ir）%n§bAtomic Number§r：77%n§aAtomic Mass§r：192.22 amu%n§cMelting Point§r：2716 K%n§5Boiling Point§r：4701 K%n§6Properties§r：Iridium is a transition metal known for its high resistance to corrosion and its use in spark plugs and certain electrical contacts. It is also used in some jewelry and in the aerospace industry.%n -susy.quest.db.311.title=078 | Platinum -susy.quest.db.311.desc=§6Element§r：Platinum（Pt）%n§bAtomic Number§r：78%n§aAtomic Mass§r：195.08 amu%n§cMelting Point§r：2041.4 K%n§5Boiling Point§r：4098 K%n§6Properties§r：Platinum is a transition metal known for its resistance to corrosion and its use in jewelry, catalytic converters, and in certain electronic devices.%n%n§lPrimitive：§rTo make early platinum, you need to find an §6alluvial deposit§r. Drill it and sort for platinum §6placer deposits§r. Crush the alluvial platinum and dissolve it in §6aqua regia§r, made of nitric and hydrochloric acid. This produces §6hexachloroplatinic acid solution§r. %n%nNeutralize the solution with §6sodium hydroxide§r. Then, precipitate the platinum with ammonium chloride solution as §6ammonium hexachloroplatinat§re, which can be roasted with hydrogen to make §6platinum sponge§r, which can be crushed to make platinum dust.%n%nThe dust can be extruded as pellets and used as a catalyst bed for processes such as §cnylon（polycaprolactam）chain§r, required for armor and Techguns equipment.%n -susy.quest.db.312.title=079 | Gold -susy.quest.db.312.desc=§6Element§r：Gold（Au）%n§bAtomic Number§r：79%n§aAtomic Mass§r：196.97 amu%n§cMelting Point§r：1337.33 K%n§5Boiling Point§r：3129 K%n§6Properties§r：Gold is a transition metal known for its attractive appearance and resistance to corrosion. It is used in jewelry, electronics, and in various decorative applications.%n%n§lPrimitive§r：Natural nuggets of gold and §6electrum§r may be found in nature. Electrum needs to be treated with §bdistilled water§r§r and nitric acid to produce §6Gold §rand Silver Nitrat§le.%n%nUniversal：§r§7Alluvial gold deposits§r are macerated to get §6gold concentrate§r, which is leached in water to get §3Gold Ore Slurry§r.%nIt's then treated with Sodium Cyanide, Quicklime and Air to get a §6Gold Leach Solution§r, which is reacted with Activated Carbon to get §3Loaded Carbon§r.%nLoaded Carbon is bathed in a Gold Eluent to get a §7§6Gold Elute Solution§r.%nGold Elute is electrolysed with steel wires and a Stainless Steel plate to get §6Gold-Plated Steel Wires§r, which are treated in Nitric Acid to get §6Gold§r.%n§r%n§lSpecialized：§rTo produce high purity gold, the§6 Wohlwill process§r can be used, in which gold plates are immersed into a §6Wohlwill electrolyte§r.%n§l%n -susy.quest.db.313.title=080 | Mercury -susy.quest.db.313.desc=§6Element§r：Mercury（Hg）%n§bAtomic Number§r：80%n§aAtomic Mass§r：200.59 amu%n§cMelting Point§r：234.32 K%n§5Boiling Point§r：630.15 K%n§6Properties§r：Mercury is a transition metal known for its liquid form at room temperature. It is used in thermometers, dental amalgams, and in some electronic applications.%n -susy.quest.db.314.title=081 | Thallium -susy.quest.db.314.desc=§6Element§r：Thallium（Tl）%n§bAtomic Number§r：81%n§aAtomic Mass§r：204.38 amu%n§cMelting Point§r：577 K%n§5Boiling Point§r：1746 K%n§6Properties§r：Thallium is a post-transition metal used in some electronic devices, as a component in certain high-temperature superconductors, and in the production of optical lenses.%n -susy.quest.db.315.title=082 | Lead -susy.quest.db.315.desc=§6Element§r：Lead（Pb）%n§bAtomic Number§r：82%n§aAtomic Mass§r：207.2 amu%n§cMelting Point§r：600.61 K%n§5Boiling Point§r：2022 K%n§6Properties§r：Lead is a post-transition metal used in batteries, soldering materials, and as a radiation shielding material. It is also found in certain building materials.%n%n§lPrimitive：§rSmelt §6Galena §rto get Lead. -susy.quest.db.316.title=083 | Bismuth -susy.quest.db.316.desc=§6Element§r：Bismuth（Bi）%n§bAtomic Number§r：83%n§aAtomic Mass§r：208.98 amu%n§cMelting Point§r：544.67 K%n§5Boiling Point§r：1837 K%n§6Properties§r：Bismuth is a post-transition metal with a low §cMelting Point§r. It is used in pharmaceuticals, cosmetics, and as an additive in some alloys.%n -susy.quest.db.317.title=084 | Polonium -susy.quest.db.317.desc=§6Element§r：Polonium（Po）%n§bAtomic Number§r：84%n§aAtomic Mass§r：209 amu%n§cMelting Point§r：527 K%n§5Boiling Point§r：1235 K%n§6Properties§r：Polonium is a radioactive post-transition metal with no stable isotopes. It has limited applications, mainly in research and as a heat source in some space missions.%n -susy.quest.db.318.title=085 | Astatine -susy.quest.db.318.desc=§6Element§r：Astatine（At）%n§bAtomic Number§r：85%n§aAtomic Mass§r：210 amu%n§cMelting Point§r：575 K%n§5Boiling Point§r：610 K%n§6Properties§r：Astatine is a radioactive halogen with no stable isotopes. It has limited applications, mainly in research and as a tracer in studies of chemical reactions.%n -susy.quest.db.319.title=086 | Radon -susy.quest.db.319.desc=§6Element§r：Radon（Rn）%n§bAtomic Number§r：86%n§aAtomic Mass§r：222 amu%n§cMelting Point§r：202 K%n§5Boiling Point§r：211.4 K%n§6Properties§r：Radon is a noble gas known for its radioactive nature. It is used in some medical applications and as a tracer in studies of air flow.%n -susy.quest.db.320.title=057 | Lanthanum -susy.quest.db.320.desc=§6Element§r：Lanthanum（La）%n§bAtomic Number§r：57%n§aAtomic Mass§r：138.91 amu%n§cMelting Point§r：1193 K%n§5Boiling Point§r：3737 K%n§6Properties§r：Lanthanum is a rare-earth metal used in various applications, such as in the production of high-intensity lamps, catalysts, and in some specialty glasses.%n -susy.quest.db.321.title=058 | Cerium -susy.quest.db.321.desc=§6Element§r：Cerium（Ce）%n§bAtomic Number§r：58%n§aAtomic Mass§r：140.12 amu%n§cMelting Point§r：1068 K%n§5Boiling Point§r：3716 K%n§6Properties§r：Cerium is a rare-earth metal known for its oxidation-reduction §6Properties§r. It is used in catalytic converters, glass polishing, and in some alloys.%n -susy.quest.db.322.title=059 | Praseodymium -susy.quest.db.322.desc=§6Element§r：Praseodymium（Pr）%n§bAtomic Number§r：59%n§aAtomic Mass§r：140.91 amu%n§cMelting Point§r：1208 K%n§5Boiling Point§r：3793 K%n§6Properties§r：Praseodymium is a rare-earth metal used in certain magnets, lasers, and as a component in alloys for aircraft engines.%n -susy.quest.db.323.title=060 | Neodymium -susy.quest.db.323.desc=§6Element§r：Neodymium（Nd）%n§bAtomic Number§r：60%n§aAtomic Mass§r：144.24 amu%n§cMelting Point§r：1297 K%n§5Boiling Point§r：3347 K%n§6Properties§r：Neodymium is a rare-earth metal used in powerful magnets, lasers, and in some glass and ceramic compositions.%n -susy.quest.db.324.title=061 | Promethium -susy.quest.db.324.desc=§6Element§r：Promethium（Pm）%n§bAtomic Number§r：61%n§aAtomic Mass§r：145 amu%n§cMelting Point§r：1315 K%n§5Boiling Point§r：3273 K%n§6Properties§r：Promethium is a radioactive rare-earth metal with no stable isotopes. It has limited practical applications, mainly in research and nuclear batteries.%n -susy.quest.db.325.title=062 | Samarium -susy.quest.db.325.desc=§6Element§r：Samarium（Sm）%n§bAtomic Number§r：62%n§aAtomic Mass§r：150.36 amu%n§cMelting Point§r：1347 K%n§5Boiling Point§r：2067 K%n§6Properties§r：Samarium is a rare-earth metal used in magnets, nuclear reactors, and in some optical devices.%n -susy.quest.db.326.title=063 | Europium -susy.quest.db.326.desc=§6Element§r：Europium（Eu）%n§bAtomic Number§r：63%n§aAtomic Mass§r：152.00 amu%n§cMelting Point§r：1095 K%n§5Boiling Point§r：1800 K%n§6Properties§r：Europium is a rare-earth metal with unique luminescent Properties§r. It is used in phosphors, lasers, and in some security features for banknotes.%n -susy.quest.db.327.title=064 | Gadolinium -susy.quest.db.327.desc=§6Element§r：Gadolinium（Gd）%n§bAtomic Number§r：64%n§aAtomic Mass§r：157.25 amu%n§cMelting Point§r：1585 K%n§5Boiling Point§r：3546 K%n§6Properties§r：Gadolinium is a rare-earth metal used in MRI contrast agents, neutron capture therapy, and in some electronic components.%n -susy.quest.db.328.title=065 | Terbium -susy.quest.db.328.desc=§6Element§r：Terbium（Tb）%n§bAtomic Number§r：65%n§aAtomic Mass§r：158.93 amu%n§cMelting Point§r：1629 K%n§5Boiling Point§r：3503 K%n§6Properties§r：Terbium is a rare-earth metal used in green phosphors, lasers, and in some electronic devices.%n -susy.quest.db.329.title=066 | Dysprosium -susy.quest.db.329.desc=§6Element§r：Dysprosium（Dy）%n§bAtomic Number§r：66%n§aAtomic Mass§r：162.50 amu%n§cMelting Point§r：1685 K%n§5Boiling Point§r：2840 K%n§6Properties§r：Dysprosium is a rare-earth metal used in magnets, lasers, and in some control rods for nuclear reactors.%n -susy.quest.db.330.title=067 | Holmium -susy.quest.db.330.desc=§6Element§r：Holmium（Ho）%n§bAtomic Number§r：67%n§aAtomic Mass§r：164.93 amu%n§cMelting Point§r：1747 K%n§5Boiling Point§r：2968 K%n§6Properties§r：Holmium is a rare-earth metal used in magnets, lasers, and as a dopant in some glass materials.%n -susy.quest.db.331.title=068 | Erbium -susy.quest.db.331.desc=§6Element§r：Erbium（Er）%n§bAtomic Number§r：68%n§aAtomic Mass§r：167.26 amu%n§cMelting Point§r：1802 K%n§5Boiling Point§r：3141 K%n§6Properties§r：Erbium is a rare-earth metal used in lasers, fiber-optic communication systems, and in some photographic filters.%n -susy.quest.db.332.title=069 | Thulium -susy.quest.db.332.desc=§6Element§r：Thulium（Tm）%n§bAtomic Number§r：69%n§aAtomic Mass§r：168.93 amu%n§cMelting Point§r：1818 K%n§5Boiling Point§r：2223 K%n§6Properties§r：Thulium is a rare-earth metal used in portable X-ray machines, lasers, and in some high-temperature superconductors.%n -susy.quest.db.333.title=070 | Ytterbium -susy.quest.db.333.desc=§6Element§r：Ytterbium（Yb）%n§bAtomic Number§r：70%n§aAtomic Mass§r：173.05 amu%n§cMelting Point§r：1097 K%n§5Boiling Point§r：1469 K%n§6Properties§r：Ytterbium is a rare-earth metal used in lasers, certain cancer treatments, and as a dopant in some types of glass and crystals.%n -susy.quest.db.334.title=071 | Lutetium -susy.quest.db.334.desc=§6Element§r：Lutetium（Lu）%n§bAtomic Number§r：71%n§aAtomic Mass§r：174.97 amu%n§cMelting Point§r：1936 K%n§5Boiling Point§r：3675 K%n§6Properties§r：Lutetium is a rare-earth metal used in some catalysts, certain medical imaging systems, and in the production of certain types of glass.%n -susy.quest.db.335.title=088 | Radium -susy.quest.db.335.desc=§6Element§r：Radium（Ra）%n§bAtomic Number§r：88%n§aAtomic Mass§r：226 amu%n§cMelting Point§r：973 K%n§5Boiling Point§r：2010 K%n§6Properties§r：Radium is a radioactive alkaline earth metal. It has limited applications, mainly in research and in some cancer treatments.%n -susy.quest.db.336.title=089 | Actinium -susy.quest.db.336.desc=§6Element§r：Actinium（Ac）%n§bAtomic Number§r：89%n§aAtomic Mass§r：227 amu%n§cMelting Point§r：1324 K%n§5Boiling Point§r：3471 K%n§6Properties§r：Actinium is a radioactive transition metal. It has limited applications, mainly in research and in some medical imaging procedures.%n -susy.quest.db.337.title=110 | Darmstadtium -susy.quest.db.337.desc=No Description -susy.quest.db.338.title=091 | Protactinium -susy.quest.db.338.desc=§6Element§r：Protactinium（Pa）%n§bAtomic Number§r：91%n§aAtomic Mass§r：231.04 amu%n§cMelting Point§r：1845 K%n§5Boiling Point§r：4273 K%n§6Properties§r：Protactinium is a radioactive actinide metal. It has limited applications, mainly in research and in some nuclear reactors.%n -susy.quest.db.339.title=090 | Thorium -susy.quest.db.339.desc=§6Element§r：Thorium（Th）%n§bAtomic Number§r：90%n§aAtomic Mass§r：232.04 amu%n§cMelting Point§r：2023 K%n§5Boiling Point§r：5061 K%n§6Properties§r：Thorium is a radioactive actinide metal. It is used in certain nuclear reactors, as a fuel in some research reactors, and in certain alloys.%n%n -susy.quest.db.340.title=092 | Uranium -susy.quest.db.340.desc=§6Element§r：Uranium（U）%n§bAtomic Number§r：92%n§aAtomic Mass§r：238.03 amu%n§cMelting Point§r：1408 K%n§5Boiling Point§r：4131 K%n§6Properties§r：Uranium is a radioactive actinide metal known for its use as a fuel in nuclear reactors and in the production of nuclear weapons. -susy.quest.db.341.title=093 | Neptunium -susy.quest.db.341.desc=§6Element§r：Neptunium（Np）%n§bAtomic Number§r：93%n§aAtomic Mass§r：237 amu%n§cMelting Point§r：917 K%n§5Boiling Point§r：4273 K%n§6Properties§r：Neptunium is a radioactive actinide metal. It has limited applications, mainly in research and in some nuclear reactors.%n -susy.quest.db.342.title=094 | Plutonium -susy.quest.db.342.desc=§6Element§r：Plutonium（Pu）%n§bAtomic Number§r：94%n§aAtomic Mass§r：244 amu%n§cMelting Point§r：912.5 K%n§5Boiling Point§r：3501 K%n§6Properties§r：Plutonium is a radioactive actinide metal known for its use as a fuel in nuclear reactors and in the production of nuclear weapons. It is also used in certain scientific research.%n -susy.quest.db.343.title=095 | Americium -susy.quest.db.343.desc=§6Element§r：Americium（Am）%n§bAtomic Number§r：95%n§aAtomic Mass§r：243 amu%n§cMelting Point§r：1449 K%n§5Boiling Point§r：2880 K%n§6Properties§r：Americium is a radioactive actinide metal. It has limited applications, mainly in research and in some smoke detectors.%n -susy.quest.db.344.title=096 | Curium -susy.quest.db.344.desc=§6Element§r：Curium（Cm）%n§bAtomic Number§r：96%n§aAtomic Mass§r：247 amu%n§cMelting Point§r：1618 K%n§5Boiling Point§r：3383 K%n§6Properties§r：Curium is a radioactive actinide metal. It has limited applications, mainly in research and in some portable neutron sources.%n -susy.quest.db.345.title=097 | Berkelium -susy.quest.db.345.desc=No Description -susy.quest.db.346.title=098 | Californium -susy.quest.db.346.desc=No Description -susy.quest.db.347.title=099 | Einsteinium -susy.quest.db.347.desc=No Description -susy.quest.db.348.title=100 | Fermium -susy.quest.db.348.desc=No Description -susy.quest.db.349.title=101 | Mendelevium -susy.quest.db.349.desc=No Description -susy.quest.db.350.title=102 | Nobelium -susy.quest.db.350.desc=No Description -susy.quest.db.351.title=103 | Lawrencium -susy.quest.db.351.desc=No Description -susy.quest.db.352.title=108 | Hassium -susy.quest.db.352.desc=No Description -susy.quest.db.353.title=107 | Bohrium -susy.quest.db.353.desc=No Description -susy.quest.db.354.title=106 | Seaborgium -susy.quest.db.354.desc=No Description -susy.quest.db.355.title=105 | Dubnium -susy.quest.db.355.desc=No Description -susy.quest.db.356.title=109 | Meitnerium -susy.quest.db.356.desc=No Description -susy.quest.db.357.title=104 | Rutherfordium -susy.quest.db.357.desc=§6Element§r：Rutherfordium（Rf）%n§bAtomic Number§r：104%n§aAtomic Mass§r：267 amu%n§cMelting Point§r：2400 K%n§5Boiling Point§r：5800 K%n§6Properties§r：Rutherfordium is a radioactive metal that does not occur naturally. Relatively few atoms of it have ever been made. At present, it is only used in research.%n -susy.quest.db.358.title=111 | Roentgenium -susy.quest.db.358.desc=No Description -susy.quest.db.359.title=112 | Copernicium -susy.quest.db.359.desc=No Description -susy.quest.db.360.title=113 | Nihonium -susy.quest.db.360.desc=No Description -susy.quest.db.361.title=114 | Flerovium -susy.quest.db.361.desc=No Description -susy.quest.db.362.title=115 | Moscovium -susy.quest.db.362.desc=No Description -susy.quest.db.363.title=116 | Livermorium -susy.quest.db.363.desc=No Description -susy.quest.db.364.title=117 | Tennessine -susy.quest.db.364.desc=No Description -susy.quest.db.365.title=118 | Oganesson -susy.quest.db.365.desc=No Description -susy.quest.db.366.title=Home Block -susy.quest.db.366.desc=You can craft §6home blocks §rusing a block of smooth stone and a file.%n %nThe home block has 4 variants, you can cycle through them by putting them in a crafting table.%n -susy.quest.db.367.title=Catalysts -susy.quest.db.367.desc=A §6catalyst§r is a substance that speeds up a chemical reaction without being consumed in the process.%n%nThere are §6catalyst beds, pellets, and dusts§r, depending on the machine used. §cTiered§r catalysts can affect speed and energy consumption, similarly to the way overclocking can increase the efficiency of a machine.%n%nCatalysts can be used to help §6speed up processes, or even make them cheaper§r, this chapter will serve as a list of useful or commonly used catalysts. -susy.quest.db.368.title=Annealed Copper -susy.quest.db.368.desc=§6Copper §rcan be annealed in an §cArc Furnace §rto create §6Annealed Copper§r. -susy.quest.db.369.title=Large Steam Turbine -susy.quest.db.369.desc=The §6Large Steam Turbine §fcan generate power using §6steam§f. It is a larger version of the small LV steam turbine.%n%nIt generates as much power as the §6Dynamo Hatch §fcan support. You should craft a 16A LV one for now, because it is the biggest you can currently make. §cJEI shows that you need to use the ULV one. Do not believe that, it is a bug, it is a lie§f§c.§f%n%nA Large Steam Turbine requires:%n§61x Large Steam Turbine Controller%n1x Dynamo Hatch%n1x Maintenance Hatch%n1x Input and Output Hatches%n4x Steel Turbine Block (Facing the controller)%n3x Copper Alternator Block (Facing the controller)%n57x Steel Turbine Casing%n%n%n§cNote: §fIf you check recipes (click U on the controller in your inventory), you can notice that there are multiple recipes with seemingly no difference. In reality, some of those use materials called §6Additives §fto increase the yeild of power by increasing the time per recipe, making fuel more efficient. For now you shouldn't bother much, but in the future additives will become a very powerful tool for your energy-making setups.%n§r%n§c§lWARNING: The preview shows that a ULV Dynamo Hatch must be used. This is a bug. Any Dynamo Hatch can be used. You should use a 16A LV Dynamo Hatch.§r%n%nThe Exhaust Steam can be cooled back into 4 L of Water using a §cRadiator (LV) §ror 960 L of Water using a §cCooling Unit (MV)§r -susy.quest.db.370.title=散热器 -susy.quest.db.370.desc=§6r散热器§r可以将热量从流体释放至周围的环境中。%n%n它可以将废蒸汽冷却为液态水，或是将§c热高压流体冷却到一个更适于处理的温度。%n§r例如，你可以用它来将热高压氢冷却至常温。%n§r%n散热器的尺寸不是固定的，而是可以在水平和竖直方向上扩展。散热器的尺寸越大，其冷却流体的速率就越高。浏览JEI的多方块预览界面以获取更多信息。%n%n§r由于建造这台机器需要大量的钢，建议你使用一台电力高炉和一台电弧炉来将铁冶炼为钢，而不是只用电力高炉。 -susy.quest.db.371.title=MV Sensor and Emitter -susy.quest.db.371.desc=§cMV Sensors §o§rand §cMV Emitters§r are components which are required in machines that work with radio frequencies or lasers, as well as §ccomputers§r.%n%nThe §6piezoelectric crystal§r required this time is §aemerald§r. Emeralds can be obtained by sifting §7pegmatite tailings§r, a byproduct of macerating several ores. Check JEI for more info. -susy.quest.db.372.title=Faster Iron -susy.quest.db.372.desc=§6Iron ores §rcan be quickly processed into pig iron using an EBF instead of a primitive blast furnace, as each ingot now takes just a few seconds to smelt.%n%nYou can also smelt pig iron directly into iron in the EBF, -susy.quest.db.373.title=Large Gas Turbine -susy.quest.db.373.desc=The§6 Large Steam Turbine §rcan generate power using§6 gas fuels§r. This is the only way to generate power using gas, as there is no LV gas turbine..%n%nIt generates §616 amps §rof LV power and turns any gas and air/oxygen into flue gas. For more info, check JEI.%n§c%nPossible fuels can be hydrogen, natural gas, syngas, methane, diesel, and many more.%n§6%nThe structure requires：%n- 1 Large Gas Turbine Controller%n- 1 LV Dynamo Hatch（can emit up to 16 amps）%n- 1 Maintenance Hatch%n- 1 LV Output Hatch%n- 1 LV Input Hatch%n- 4 Steel Turbine Block%n- 3 Copper Alternator Block%n- 57 Steel Turbine Casing%n§r%nThe Flue Gas can be turned into Steam using a §c§cLV Heat Exchanger§r. -susy.quest.db.374.title=Heat Exchanger -susy.quest.db.374.desc=A §6heat exchanger §ris a device that transfers heat between two or more fluids, without them mixing.%n%nFor example, the Heat Exchanger can transfer heat between §chot§o§r compressed hydrogen and §bwater§r, to turn them into §cwarm water §rand §anormal-temperature compressed hydrogen§r§r.%n%n§rYou can cool down High Pressure Hydrogen into Cold High Pressure Hydrogen.%n§r%n§6The Heat Exchanger requires：%n- 1 Heat Exchanger Controller%n- 2 Output Hatch%n- 2 Input Hatch%n- 1 Maintenance Hatch%n- 20 Steel Frame Box%n- 56 Solid Steel Machine Casing%n- 8 Steel Pipe Casing%n%n -susy.quest.db.375.title=Primitive Mud Pump -susy.quest.db.375.desc=The §6Primitive Mud Pump §o§rcollects mud once per second if placed in a §4§3river biome§r. %n%nThe controller must be placed between altitude levels §664 and 80§r. To collect Mud, you can use a§6 Steam Pump §ror an LV Output Hatch（later on）.%n%nThe Primitive Mud Pump requires：%n§6- 1 Primitive Mud Pump Controller%n- 16 Treated Wood Frame Box%n- 50 Treated Wood Planks%n- 17 Bronze Machine Casings§r%n%nCheck JEI for the structure. -susy.quest.db.376.title=INFINITE CLAY -susy.quest.db.376.desc=You can separate the mud into §6clay§r, §6gravel§r, §6sand §rand §6limestone§r using a§n§r§c LV Centrifuge§r. -susy.quest.db.377.title=Ore Sorter -susy.quest.db.377.desc=The §6Ore Sorter§r sorts ore §cdeposits §rinto their separate ores.%n%nIt can also sort§c kimberlite§r, which is needed for §bdiamonds§r. %n§6%nThe Ore Sorter requires：%n- 1 Ore Sorter Controller%n- 1 Maintenance Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Output Bus%n- 1 Output Hatch%n- 1 Energy Hatch%n- 16 Steel Frame Box%n- 10 Aluminium Frame Box%n- 21 Steel Machine Casings%n- 4 Steel Pipe Casings -susy.quest.db.378.title=Mining Drill -susy.quest.db.378.desc=The §bMining Drill§r mines§6 nearly infinite rocks§r from a §6deposit block§r. It mines one rock per second while running at LV.%n%nThese rocks are not like normal ores because they have to be §csorted first using an Ore Sorter§r.%n%nWhile building the Mining Drill, §c§lthe Steel Drill Head must be exactly on top of the deposit block.§r You have to find a deposit in the world and place the drill on top of it.%n%nThere are 7 different types of deposits：orthomagmatic, magmatic-hydrothermal, hydrothermal, sedimentary, alluvial, metamorphic and residual. For more info, check JEI.%n%n§6%nThe Mining Drill requires：%n- 1 Mining Drill%n- 1 Maintenance Hatch%n- 1 Output Bus%n- 1 Output Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Energy Hatch%n- 1 Steel Drill Head%n- 278 Steel Frame Box%n- 312 Light Concrete%n- 35 Grate Machine Casing%n- 52 Steel Gearbox Casing%n- 92 Solid Steel Machine Casing%n- 28 Steel Pipe Casing%n%n§fDue to the cost of almost §o1,000§r steel required to build this machine, you should construct a double Electric Blast Furnace setup that converts banded iron/magnetite into steel, to smelt steel more quickly. Also check the §6Sintering Oven §fquests in this chapter for info on making concrete. -susy.quest.db.379.title=We Need To Go Deeper -susy.quest.db.379.desc=Explore the §cnether §rto get §c§lkimberlite§r, which needs to be §d§csifted §rbefore getting diamonds.%nFor more info, check the §lExploration §rtab.%n%n§bDiamonds §rare required for making the drill tip for the mining drill, which unlocks infinite ores.%n -susy.quest.db.380.title=Large Weapons Factory -susy.quest.db.380.desc=The§6 Large Weapons Factory§r is a machine that assembles large weapons, such as §bmissiles§r.%n%nBuilding a Large Weapons Factory requires：%n§6%n- 1 Large Weapons Factory Controller%n- 1 Maintenance Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Output Bus%n- 1 Output Hatch%n- 1 Energy Hatch%n- 11 Steel Frame Box%n- 7 Steel Gearbox Casing%n- 16 Solid Steel Machine Casing§r -susy.quest.db.381.title=Coal Tar -susy.quest.db.381.desc=§6§6Coal Tar §rcan be distilled from §6Coal§r,§r §e§2§3§4§6§6§8§6Charcoal §rand §6Anthracite§r in a §6§cPyrolyse Oven§r. §7§6Coal Tar§6§r can be distilled into §6Anthracene Oi§6§r§6l§r, §6Naphthalene Oil§r, §6Light Oil§r, and §6Creosote§r. §6Light Oil§r will be your early-game source of §6Benzene§r and §6Toluene§r. Check §eJEI§r for more infomation on how to get §6Toluene§r from §6Light Oil§r. -susy.quest.db.382.title=Trolling Plan, Phase One -susy.quest.db.382.desc=Combine §6Paper§r, String and §6TNT §rin a Forming Press to create §cdynamite§r. -susy.quest.db.383.title=Trolling Plan, Phase Three -susy.quest.db.383.desc=§cMissiles§r are made in a §cLarge Weapons Factory§r using several§6 Aluminium §o§o§rparts, any type of §7§6explosive§r, either §6Saltpeter or Ammonium Nitrate §rdust, and either §6Aluminium, Beryllium, Sugar or Gunpowder§r. %n%nTo complete this quest, make the §6Conventional Missile§r. -susy.quest.db.384.title=Condensed Explosives -susy.quest.db.384.desc=§6Condensed Explosives §rare made simply in a Crafting Table with 8 Dynamite. However, we will require a §cWeapons Factory §rto create better and more dangerous explosives, like §cincendiary §ror §bchemical §rexplosives.%n%nCheck the Chemistry chapter to see how to make TNT and dynamite. -susy.quest.db.385.title=Trolling Plan, Phase Two -susy.quest.db.385.desc=§6Incendiary explosives§r start fires upon detonation. They use flammable substances like §cgasoline or naphtha §ras their fuel sources. When ignited, these volatile liquids rapidly vaporize and create a combustible mixture with the air, causing fires to spread quickl§yy.§6%n%nChemical explosives§r rely on specific compounds like §ccarbon monoxide, hydrogen sulfide, fluorine, or chlorine gas§r. These highly reactive substances undergo fast oxidation or combustion reactions, releasing large volumes of gas and heat.%n%n§6Debilitation explosives§r have a different objective — they aim to incapacitate rather than cause destruction. They often contain §csulfur dioxide§r, a toxic gas that causes respiratory distress and eye irritation. Debilitation explosives are used for temporary incapacitation or crowd control.%n%n§6Shrapnel explosives§r are a type of explosive device that incorporates lead rounds as shrapnel. These devices are designed to cause damage and injury through the release of high-velocity projectiles upon detonation.%n%nMost of these chemicals are obtainable in LV. Check the Chemistry tab for more info. -susy.quest.db.386.title=Surprise Attack -susy.quest.db.386.desc=A §6grenade §rcan be useful if you have to clear out hordes of enemies at the same time.%n%nGrenades can even be made with§c special types of explosives§r：there are Chemical Grenades, Debilitating Grenades and Incendiary Grenades. -susy.quest.db.387.title=LV Missile Launcher -susy.quest.db.387.desc=A Tier 1 §6missile launcher §rconsists of §6three primary components§r：a control panel, a base, and a frame.%n%nWhile the base and screen are essential for a basic launch, the inclusion of the frame component can improve the accuracy of the missile. %n%nThe range of this launcher is 500 meters, so you may need to set up a separate base close to your target, solely for launching missile attacks.%n%nAnd yes, it may seem dumb that an ICBM only has a range of 500 meters, but the size of a continent in Minecraft is several hundred blocks anyways. -susy.quest.db.388.title=LV Fluid Compressor -susy.quest.db.388.desc=The §6Fluid Compressor §rcompresses fluids into §chot high pressure fluids§r. -susy.quest.db.389.title=LV Fluid Decompressor -susy.quest.db.389.desc=The §6Fluid De-Compressor §rdecompresses §acompressed fluids§r into §c§3cold fluids§r, which can be used in a Heat Exchanger. %n%nThis can be done with Ammonia, Propane or Carbon Dioxide -susy.quest.db.390.title=Liquid Oxygen -susy.quest.db.390.desc=§6Decompress§r §9Cold High Pressure Oxygen§r into §9Liquid Oxygen§r, §cwhich has a temperature of 85K.§r This is required for making §7LV§r superconductors. -susy.quest.db.391.title=Polymerization Tank -susy.quest.db.391.desc=A §6polymerization tank §ris a multi machine where monomers undergo a chemical reaction to form long chains called polymers.%n%nA Polymerization Tank can, for example, polymerize Ethylene into §cPoly§rethylene§r.%n%nThe Polymerization Tank requires：§6%n- 1 Polymerization Tank%n- 1 Output Bus%n- 1 Output Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Maintenance Hatch%n- 4 Steel Frame Box%n- 25 Solid Steel Machine Casing%n- 4 Steel Pipe Casing§r%n%nAs always, check the structure in JEI. Hatches cannot be placed on the top of the machine.%nIf you need to see which hatches can be placed where, you can [§aShift-Right Click§r] on the preview in JEI.%n -susy.quest.db.392.title=Rolling Pin -susy.quest.db.392.desc=The §6Rolling Pin §rcan be used to roll dough into any shape you want - including §cpizza§r! -susy.quest.db.393.title=Fermentation Vat -susy.quest.db.393.desc=A §6Fermenting Vat§r is a multi machine used as a vessel for fermentation. It can be used to turn grain solution into §6ethylene§r, which is required for making §cpolyethylene §（PE）%n%n§rThe Fermentation Vat requires：%n§7§6%n- 1 Fermentation Vat Controller%n- 1 Output Bus%n- 1 Output Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Maintenance Hatch%n- 1 Muffler Hatch%n- 1 Energy Hatch%n- 4 Steel Frame Box%n- 46 ULV Machine Casing%n- 4 Steel Frame Box -susy.quest.db.394.title=Combined Cycle -susy.quest.db.394.desc=Since Medium Voltage machinery requires 4 times the energy of LV machines, it is recommended that you make a new power setup. %nYou can probably just slap a new MV dynamo hatch on that Turbine, but it would be very inefficient.%n%nThe §6Combined Cycle §rprocess requires that you make a§a Heat Exchanger§r to turn a working fluid（Water）into its§5 Hot High Pressure §rvariant（Steam）. §cFlue gas§f from burning fuels in the §aGas Turbine§f is used to provide the heating.%n%nAfter putting the steam into a Turbine, it will release §epower§r and a§c hot normal pressure fluid§r, which can be cooled back into water to start the process all over again.%n%nIf you're confused, here's a flowchart：https://media.discordapp.net/attachments/1029723495577419859/1110649444388581406/gtthermo.png?width=1170&height=676%n%n -susy.quest.db.395.title=Grain Solution -susy.quest.db.395.desc=Mix §6Water §rwith Flour to make a Grain Solution. -susy.quest.db.396.title=Ethanol（95%% Pure） -susy.quest.db.396.desc=§6Ethanol §ris a versatile, flammable alcohol produced through fermentation, commonly used as a fuel and solvent. It is also used to produce§6 polyethylene§r.%n%n§6Impure Ethanol §r§rcan be manufactured in a Fermentation Vat with sugar, grain solution and water. The impurities can then be filtered out using a §cdistillery§r.%n%nThis only creates an azeotrope of ethanol and water though, which is still pure enough for creating §6ethylene.§f Further purification requires toluene and more distillation. -susy.quest.db.397.title=Ethylene -susy.quest.db.397.desc=§bEthylene §rcan be obtained by reacting §6Sulfuric Acid§f with §6Ethanol§f OR §6Ethanol-Water Azeotrope§f（which is about 90%% pure）in a §cCSTR§r. -susy.quest.db.398.title=Polyethylene -susy.quest.db.398.desc=§6Polyethylene §ris the first type of plastic polymer you can make, being possible as early as MV. Ethylene needs to be §bpolymerized §rwith oxygen to produce PE.%n%nEthylene is converted into Polyethylene in a Polymerization Tank, the processing time can be made better using §8catalysts§r with the following order ranging from worst to best. %n%n Normal Recipe < Philips Catalyst Dust < Ziegler Natta Catalyst Dust < Kaminsky Catalyst Dust%n -susy.quest.db.399.title=Silicon Valley -susy.quest.db.399.desc=§6Silicon Dioxide §rcan be centrifuged from Quartzite or Flint.%n%nWhen silicon dioxide is §carc furnaced§r with coal coke or other fuel it undergoes a chemical reaction to produce§6 silicon carbide§r. %n%nSilicon carbide can then be §carc furnaced§r to obtain§6 silicon. -susy.quest.db.400.title=The Path of Advancement -susy.quest.db.400.desc=Now that you are in §6Medium Voltage§r, you should create a new MV machinery line, which is separate from your LV machinery. %n%nAccidentally inputting MV voltage into an LV machine can make it §cexplode§r.%n%nSince you already know most of the machines, we are going to skip introducing them with a new quest. To complete this quest, make an MV Assembler.%n%n -susy.quest.db.401.title=99.1%% §rPure -susy.quest.db.401.desc=§6Silicon §rreacts with §3chlorine §rto produce §6silicon tetrachloride §rin a roaster.%n%nThe resulting SiCl4 undergoes §cpurification in a distillery§r, yielding purified SiCl4.%n%nHigh purity silicon is obtained by reacting Zinc dusts with the purified SiCl4 in a§c roaster§r. -susy.quest.db.402.title=Monocrystalline -susy.quest.db.402.desc=§6High Purity Silicon §rcan be turned into a Seed Crystal in an §cLV Autoclave§r.%n%nThe crystal must be combined with a further amount of liquid §6high purity silicon§r in an §cMV Crystallizer §rfor a long amount of time（07:30）, so remember to have a stable power setup near your silicon processing line. -susy.quest.db.403.title=Distilled Water -susy.quest.db.403.desc=§bDistilled Water §rcan be obtained by §cdistilling §rWater. -susy.quest.db.404.title=Raw Silicon Wafer -susy.quest.db.404.desc=§6Monocrystalline Silicon Boules§r need to be cut into §6Raw Wafers §rbefore being able to be processed. The §6Raw Wafer§r can not be used to make circuit right away, however. -susy.quest.db.405.title=MV Cutting Saw -susy.quest.db.405.desc=A §6Cutting Saw §rcan use Water or Lubricant to cut items. It's required for making silicon wafers out of boules. -susy.quest.db.406.title=Trolling Plan：Phase Four -susy.quest.db.406.desc=Now that you are at MV, you can make more advanced types of §cexplosives §rand §cmissiles §rby putting MV power on a Weapons Factory.%n%nThere are 3 new types of explosives：%n§7Breaching explosives§r, made with steel%n§3Thermobaric explosives§r, made with ethylene oxide%n§aContagious explosives§r, made with biomass%n%nYou can get most of the ingredients for these at MV.%nRemember that these are Tier 2 missiles, so you will need a T2 missile launching station for them to work.%n%nThe range of this launcher is 1,000 meters. -susy.quest.db.407.title=Glycerol -susy.quest.db.407.desc=§6Glycerol §rcan be made by treating any type of oil, like fish or seed oil, with ethanol, methanol, or ethanol-water azeotrope. -susy.quest.db.408.title=Glyceryl Trinitrate -susy.quest.db.408.desc=§6Glyceryl Trinitrate §rcan be obtained by reacting Glycerol with Nitration Mixture. -susy.quest.db.409.title=Oil of Nature -susy.quest.db.409.desc=§aSeed Oil §rcan be extracted out of seeds using an §cLV Extractor§r.%n%n§3Fish Oil §rcan be extracted out of fish using the same method.%n%nFor fish, there are §6automatic fishing machines§f from GregTech. -susy.quest.db.410.title=Bio Diesel -susy.quest.db.410.desc=You may have noticed that the process that produces §6Glycerol §ralso produces §6Bio Diesel§r, which can be used as a source of energy in the §cLarge Gas Turbine§r. Check Chapter 2 for more info. -susy.quest.db.411.title=Church of Benzene? -susy.quest.db.411.desc=Although §6Benzene §rcan be used as a source of power in the §cLarge Gas Turbine§r, §6Benzene§r is not recommended as a viable power source. %n%nYeah, the title is kinda misleading, as unlike other GregTech packs, the only way to get §6Benzene§r before §d§5EV§r is from §6§rprocessing§r §6Coal Tar.§r This route has very low yields however.%n%nIf you still want to get plentiful amount of §6Benzene§r, the §cCatalytic Reformer§c§r §6§rcan §ttransform §6Naphtha§r into §6Naphtha Refornate§r, a feedstock for §6B.T.E.X§r. %n%nBy that point however, you would have unlocked better fuel sources derived from oil. -susy.quest.db.412.title=Gas Diffuser -susy.quest.db.412.desc=A §7§6diffuser§r is a device that spreads or disperses gas evenly into a surrounding area or medium.%n%nIt is used in assembling §6grenades§r. -susy.quest.db.413.title=Geneva Checklist -susy.quest.db.413.desc=§aGas grenades§r can be made in the MV weapons factory with a diffuser.%nThere are several types of grenades you can make at MV：%n%n-§6 Vapor Grenade§r（using ammonia, hydrogen sulfide or hydrofluoric acid）%n-§3 Chlorine Grenade §r（using chlorine gas）%n- §3Fluorine Grenade§r（using fluorine gas）%n- §bCarbon Monoxide Grenade§r（using carbon monoxide） -susy.quest.db.414.title=Coal Gas -susy.quest.db.414.desc=§6Coal Gas §rcan be used as a source of power in the §cLarge Gas Turbine§r. It can be §c§fobtained with the §cPyrolyse Oven§r. -susy.quest.db.415.title=Biomass -susy.quest.db.415.desc=§aPlant Balls§r can be extracted from Wood Pulp. %n%nThese can be then pulverized to make Bio Chaff, which can be §9mixed with water§f OR §cpyrolyzed§f to make §2Biomass§r. -susy.quest.db.416.title=Ammonia -susy.quest.db.416.desc=Centrifuging Water and Coal Gas will yield Syngas and§b Ammonia Solution§r, which can be then further distilled to make §bAmmonia§r. -susy.quest.db.417.title=Fermented Biomass & Methane -susy.quest.db.417.desc=Fermenting §aBiomass §rwill yield §2Fermented Biomass§r and §dMethane§r. -susy.quest.db.418.title=Lapis Lazuli -susy.quest.db.418.desc=§9Lapis Lazuli§r is a deep-blue metamorphic rock. It is considered to be a semi-precious stone due to its vibrant color. You will need this to craft the §6Crowbar§r, and the various tools required for §2Littletiles§r. -susy.quest.db.419.title=PSA：Covers -susy.quest.db.419.desc=Machine Covers are critical for you to achieve more advanced automation. They are attachments that can be physically placed on the side of machines, or with pipes. They are important for finely-tuned control over the input or output of items and fluids.%n%nYou can interact with all covers by §ashift-right clicking§r on the face the cover is sitting on. Or, if you have a §6Screwdriver§r, you can simply right click the face directly and can even access the cover from a neighboring face. You can remove covers using a §6Crowbar§r.%n%n§6Pumps, Robot Arms,§r and §6Conveyors§r are all machine components that can be used as covers. For information on their operation, you may refer to their quests.%n%nThe simplest way to explain §6Fluid Regulators§r is that they are §6Robot Arms§r, but for fluids. They can monitor the state of the current inventory, as well as the neighboring inventory, and act on this information, as well as supplying in specific batches. -susy.quest.db.420.title=Filtration Mechanisms -susy.quest.db.420.desc=§6Filters§r, when used as §6Covers§r, passively impose restrictions on the items or fluids that may pass in-between them through manual outputs. However, some of their more powerful uses is in-conjunction with other covers, which have a dedicated slot for a filter. All filters may be toggled to only function with input, output, or both at once.%n%nBoth §6Item filters§r and §6Fluid filters§r are self-explanatory. When combined with a robot arm/fluid regulator, you may use the fluid interface to determine the batch size that the robot arm will consider.%n%nAn §6Ore Dictionary filter§r will filter items based on their ore dictionary entries（an ore-dictionary entry set to §6plankWood§r will be able to accept all wood planks, etc.）. You can even supply Regex expressions for a substantially expanded field of options. For example, you can supply §cingotHot*§r for the filter to act on all hot ingots§r. You can see https://en.wikipedia.org/wiki/Regular_expression for more information.%n%nA §6Smart Filter§r can be automatically set to consider the recipes of either an electrolyzer, sifter, or centrifuge, and will filter items based on the quantities present in the recipe. -susy.quest.db.421.title=Mr. Freeman -susy.quest.db.421.desc=The §6Crowbar§r is a neat tool used mainly for removing §6Covers§r without the need to destroy the block it has been placed on. Covers are critical for the more advanced automation you will need in Gregtech.%n%nThis is also used for important recipes such as the §6Maintenance Hatch§r, as well as being involved in the maintenance process. -susy.quest.db.422.title=Glass Blocks -susy.quest.db.422.desc=To make §6glass§r, you will need to macerate sand（either via machine or mortar）to get §6quartz dust§r, combine this with §6tiny flint dust§r to get §6glass dust§r, and then put this into an §6Alloy Smelter§r with a §6block mold§r to get glass blocks. -susy.quest.db.423.title=Dough -susy.quest.db.423.desc=After getting §6§bFlour§f%nYou can craft yourself some §6§bDough§f!%nThere are different recipes for it §bthough§f %nThat could give you way §bmo'§f! -susy.quest.db.424.title=It's Pizza Time! -susy.quest.db.424.desc=The §6Cheese Pizza§r should be the easiest for you to produce due to the lack of different ingredients required.%n%nThe possible pizzas you can make are：%n%n§eCheese Pizza§r - using mozzarella cheese and flattened dough. Requires tomato sauce, which can be produced by tomato slices in an extractor.%n§aOlive and Mushroom Pizza§r - mozzarella, dough, tomato sauce, along with sliced olives and mushrooms.%n§cMinced Meat Pizza§r - mozzarella, dough, tomato sauce, and minced meat, obtained by macerating meat product.%n%nAll pizzas require a §4§lHV §6Cuisine Assembler§r to create. -susy.quest.db.425.title=Gregic Food Preparation 101 -susy.quest.db.425.desc=What kind of civilization can exist in the absence of §cnourishment§r? What culture does a civilization have if it does not have great §ccuisine§r?%n%nOutside of the obvious benefits of satiating hunger, there are plenty of physical benefits you can exploit through well-prepared meals. The majority of foods created using the §6Cuisine Assembler§r will give you a variety of §9effects§r that will enhance your ability to survive and thrive in this world. There are also a few other consumables which may give you effects without the use of a §6Cuisine Assembler§r, although they typically require a §6Cannery§r. -susy.quest.db.426.title=Creamy -susy.quest.db.426.desc=§6Cream§r can be produced by centrifuging §6Pasteurized milk§r.%n%n§6Pasteurized milk§r can be produced by simply running regular §6milk§r through a fluid heater.%n%nKeep in mind that milk can be automatically harvested using a §6Mob Extractor§r. -susy.quest.db.427.title=Milk Colloid -susy.quest.db.427.desc=A colloid is any mixture which has suspended insoluble solids within it. §6Milk§r is already a colloid due to having microscopic fat globules already present, but mixing in §6Soy Lecithin§r makes it colloid-er.%n%nMix ordinary §6Milk§r, §6Soy Lecithin§r, and §6Sugar§r to produce §6Milk Colloid§r. -susy.quest.db.428.title=Soy Lecithin -susy.quest.db.428.desc=§6Lecithins§r are a group of yellowish fatty substances from plants and animals. You can acquire §6Soy Lecithin§r by centrifuging §6Hydrated Soybean Oil§r. %n%n§6Hydrated Soybean Oil§r may be acquired by mixing water with §6Raw Soybean Oil§r. %n%n§6Raw Soybean Oil§r is extracted from §6Soybean Seeds§r.%n%n§6Soybeans§r may be produced from §6Undetermined Seeds§r.%n%nRemember that you can extract small amounts of fluid into your inventory by using a large fluid cell（made from steel, aluminum, etc.） -susy.quest.db.429.title=Enhanced Agriculture -susy.quest.db.429.desc=§6Fertilizers§r work by supplying 3 key nutritional elements to plants：%n- §ePhosphorus§r%n- §bNitrogen§r%n-§a Potassium%n%n§rBy using JEI, you can see countless numbers of recipes for fertilizers. The fundamental logic behind each recipe is that there must be one compound supplying one of these key nutrients. For example, §7ash§r is a source of §apotassium§r, while §2bio-chaff§r & §2fertilized biomass§r is a source of both §apotassium§r and §bnitrogen§r.%n%nMechanically, fertilizer may be used as a more easily mass-produceable version of bonemeal, however it is required in order to operate the §6Greenhouse§r. -susy.quest.db.430.title=Unflavored Ice Cream -susy.quest.db.430.desc=One part §6Milk Colloid§r mixed with one part §6Cream§r produces two parts of §6Ice Cream Mixture§r. %n%nThis can then be solidified using a §6Fluid Solidifier§r and a ball mold to create §6Plain Ice Cream§r. -susy.quest.db.431.title=Bing Qi Ling -susy.quest.db.431.desc=Mixing four parts of §6Plain Ice Cream§r with one part §6Vanillin§r produces four parts of §6Vanilla Ice Cream§r. %n%nI hope you enjoyed your introductory course in lengthy §2GTFO§r food chains, because there are more complex recipes implemented. -susy.quest.db.432.title=Hot High Pressure Oxygen -susy.quest.db.432.desc=This page will describe the process on how to make§b liquid oxygen§r, but it's the same for most gases.%n%n§9Oxygen §rcan be compressed to make §cHot High-Pressure oxygen §rusing a fluid compressor. This only takes 30 EU/t for oxygen, but it's 200 EU/t or higher for most fluids.%n%n -susy.quest.db.433.title=Industrialized Agriculture -susy.quest.db.433.desc=Advancements in agricultural technology was one of the most pivotal innovations in history. Using the §6Greenhouse§r, you can mass produce any crop or tree.%n%nBy using §6Weed Killer§r and/or §6Pesticide§r, you can improve the yield even further. -susy.quest.db.434.title=Inorganic Agriculture -susy.quest.db.434.desc=Unless you have a target consumer audience to appeal to, treating crops with Pesticides and Herbicides will greatly improve the quantity of the crop created by your §6Greenhouse§r.%n%nBoth §6Weed Killer§r and §6Pesticide§r contain §6Water§r and §6Sodium Stearate§r.%nOutside of these, all you need is：%n§2Weed Killer§r - §6Acetic Acid§r & §6Salt§r%n§ePesticide§r - §6Seed Oil§r%n%nLiquid Fat（§6Stearin§r）can be extracted from §6Animal Fat§r.%nStearin needs to be mixed with Sodium Hydroxide and Water to make §bSoap（Sodium Stearate）§r.%n%n§bAcetic Acid §r§rcan be obtained by pyrolyzing Wood and distilling the Wood Vinegar.%n%n -susy.quest.db.435.title=High Pressure Oxygen -susy.quest.db.435.desc=The §cHot High Pressure Oxygen §rmust be then cooled down to make§a High Pressure Oxygen. %n%n§fThis can either be done with a §cRadiator §ror with a §cHeat Exchanger, but the Heat Exchanger requires water to work.%n%n§c§lIMPORTANT NOTE: §r§cThis process requires 20Kl of fluid per operation, which can only be achieved with MV hatches. So before crafting superconductors, you need to tap a little bit into MV first. -susy.quest.db.436.title=Cold High Pressure Oxygen -susy.quest.db.436.desc=The§a High Pressure Oxygen §r§r§ris then cooled to make §bCold High Pressure Oxygen. §f%nThis step can only be done in the Heat Exchanger and it requires a §brefrigerant §rto cool it down to -50°C.%n%nA refrigerant can either be §bCold Ammonia, Carbon Dioxide or Cold Propane§r.%n%n§bCold Carbon Dioxide §rcan be made by first compressing Carbon Dioxide into Hot Compressed CO2, then radiating out the heat using a Radiator, and then decompressing it to make §bCold CO2§r. -susy.quest.db.437.title=Multiblock Help -susy.quest.db.437.desc=Many complicated machines that you're going to make are going to be §6multiblocks§r.%n%nMost multiblock machines can share walls. If you set up 2 Blast Furnaces close to each other, you can share their walls, saving 12 Firebricks in the process. Here's how it looks like：§9§nhttps：//tinyurl.com/gt-wallsharing§r%n%nInput and Output §6buses §rare required to transport items in and out of a multiblock machine.%nInput and Output §6hatches §rcan transport fluids in and out of a machine.%n§6Energy Hatches §rcan transport energy into a machine.%n§6Energy Output Hatches and Dynamo Hatches §rcan transport energy out of a machine, and they are required for energy generating machines%n%nMost multiblocks can share input buses, but they can't share §aenergy hatches§r.%n%n§6 -susy.quest.db.438.title=Large Bronze Boiler -susy.quest.db.438.desc=The§6 Large Bronze Boiler§r can boil §3Water §rinto §7Steam§r, using either a Furnace Fuel（Such as §6Coal, Wood, or Coke§f）or a Semi-Fluid Fuel（§6Oil, Diesel, Creosote or Biomass§f）§r.%n%nYou can check JEI to view all the Semi-Fluid Fuel options available.%n%nThe Large Bronze Boiler is useful if you want to create a power setup using a §6Large Steam Turbine§r by generating large amounts of steam.%n§l§c§lWARNING：The machine will explode if it is supplied fuel without water.§r%n%nThe Large Bronze Boiler requires：%n%n- 1 Large Bronze Boiler Controller%n- 4 Output Hatch%n- 2 Input Hatch%n- 1 Input Bus%n- 1 Maintenance Hatch%n- 1 Muffler Hatch%n- 20 Bronze Machine Casings%n- 4 Bronze Firebox Casings%n- 2 Bronze Pipe Casings -susy.quest.db.439.title=Ore Deposits -susy.quest.db.439.desc=There are 7 types of ore deposits：§6Orthomagmatic, Metamorphic, Sedimentary, Magmatic Hydrothermal, Hydrothermal, Residual and Alluvial§r.%n%nThe Ore Sorter offers §64 recipes for each power tier§r.%nFor instance, using the HV recipe in the Ore Sorter results in a greater variety of ores being generated compared to the LV recipe.%n%nOrthomagmatic deposits are found in mountains.%nPlacer and Alluvial deposits are found in beaches, deserts and rivers.%nMagmatic Hydrothermal deposits are found in mountains.%nHydrothermal deposits are found in areas near water.%nSedimentary deposits are found in swamps, bogs, and mesa biomes.%nMetamorphic deposits are found close to mountains, but sometimes in plains and forest biomes too.%n%n -susy.quest.db.440.title=LV Sifting Machine -susy.quest.db.440.desc=The §aSifting Machine §rsifts gems§r into their various different types, and it sifts §cevaporite deposits§r. More on that in the next page. -susy.quest.db.441.title=Evaporite Deposits -susy.quest.db.441.desc=§6Evaporite deposits §rcan be found in §6deserts, §brivers, §rand §cmesas§r, and they have to be §6Pulverized and Sifted §rto process them into new ore dusts.%n%nThey can be a good source of §bsalt§r. There are 4 types of deposits：§6Carbonate, Sulfate, Halide, and Non-Marine§r.%n%nExtra information：%n%nAn §6evaporite deposit§r refers to a type of sedimentary rock formation that originates from the §6precipitation and subsequent evaporation of saline water§r. These deposits are composed of minerals that are left behind when the water evaporates, §6leaving behind concentrated mineral salts§r. -susy.quest.db.442.title=Boat -susy.quest.db.442.desc=The §6Boat §ris the simplest form of transportation on water, as it requires only a few pieces of Wood.%n%nThis quest requires an oak boat. If you can't find oak, just click on the §2checkbox§r. -susy.quest.db.443.title=Wood Vinegar and Acetic Acid -susy.quest.db.443.desc=§6Wood Vinegar §rcan be obtained by §cpyrolyzing Wood§r. Wood Vinegar can be then §cdistilled §rto produce §a§6Acetic Acid§r. -susy.quest.db.444.title=Rails -susy.quest.db.444.desc=§cCarts§r require §6Rails §rand §6Powered Rails §rto work. Powered Rails use redstone power to speed up the movement of the cart.%n%n§6Detector Rails §o§rproduce a redstone signal when a minecart is on it.%n%n§6Transfer Rails §rcan transfer a Cargo Cart to another line.%n%nThese carts are not as fast as big §ctrains§r, which can reach speeds of 100km/h. -susy.quest.db.445.title=Carts -susy.quest.db.445.desc=There are several types of carts.%n%n§6Passenger Carts §rcan transport a passenger.%n§6Log Carts §rcan only transport wood.%n§6Cargo Carts §rcan transport the same amount of inventory space as a chest.%n§6Fluid Tank Carts §rcan transport fluids. -susy.quest.db.446.title=Silver -susy.quest.db.446.desc=§6Silver Oxide §rmust then be roasted to make §6Silver§r. -susy.quest.db.447.title=Silver Oxide -susy.quest.db.447.desc=§6Acanthite §rand a tiny pile of §6Calcite §rcan be §croasted §rwith Oxygen to create §6Silver Oxide§r. -susy.quest.db.448.title=Gate -susy.quest.db.448.desc=A §6Rail Gate §rcan be used to block certain carts from passing. -susy.quest.db.449.title=Periodic Table Info -susy.quest.db.449.desc=Welcome to the §aPeriodic Table§r. This chapter will list all 118 elements and how to obtain them in several different ways.%n%nEach element has 3 ways to obtain：%n%n§lPrimitive：§r the first way in which an element is produced, not very efficient and limited byproducts.%n%n§lUniversal：§r a more modern way to produce a thing, more efficient and can produce byproducts.%n%n§lSpecialized：§r either for producing §6very high purities §ror further increasing production efficiency and byproducts, typically unlocked later on.%n -susy.quest.db.450.title=Computing -susy.quest.db.450.desc=With access to circuits and decent materials, you can explore §9OpenComputers§f and its addons.%n%nIf you have the know-how to use those mods, they can be §aextremely powerful tools§f to support your ever expanding base.%n%nScroll down to the §b"Programming"§f section in the questbook to learn more about OpenComputers. -susy.quest.db.451.title=Ion Implantation -susy.quest.db.451.desc=To turn §6Wafers §rinto §6Doped Wafers§r, Ion Implantation is required.%n%nEach Wafer needs both§6 an N and P dopant§r to be doped. %nN dopants are：§cHigh-Purity§r Arsenic, Antimony, Phosphorus%nP dopants are：§c High-Purity §rAluminium, Gallium, Boron and Indium%n%nSince there are so many possible ways to make a doped wafer, I suggest going to the §cPeriodic Table §rand looking at the Specialized section of each element to figure out how to make its high-purity version. I suggest using Arsenic as an N dopant and either Gallium or Boron as a P dopant. -susy.quest.db.452.title=UV Light Box -susy.quest.db.452.desc=A§6 UV light box §ris used in photolithography to §aexpose and pattern photoresist §ron a substrate using ultraviolet light.%n%nYou can §6etch §ra pattern on the wafer by using photoresist and a photolithography mask.%n%nFor now, etch an §5IC and a RAM pattern §ron the wafer. You will need more of them later. -susy.quest.db.453.title=Photoresist -susy.quest.db.453.desc=A §7photoresist §rs a light-sensitive material used in photoengraving, to form a patterned coating on a surface. This process is crucial in the electronics industry.%n%n§6Novolacs Photoresist §o§ris made by mixing phenol and formaldehyde in a CSTR. -susy.quest.db.454.title=Phenol -susy.quest.db.454.desc=§6Creosote §rcan be distilled from Coal Tar. §6Creosote §rcan also be distilled into §cPhenol§r. -susy.quest.db.455.title=Formaldehyde -susy.quest.db.455.desc=§6Wood Vinegar §rcan be distilled to §6Methanol§r, which has to be reacted with Oxygen under a §7Silver catalyst bed §o§rto make Formaldehyde. -susy.quest.db.456.title=Wafer Etching -susy.quest.db.456.desc=Pattern Wafers can be §6etched§o§r with Hydrofluoric Acid or Nitric Acid. I suggest using the first. -susy.quest.db.457.title=IC Wafer -susy.quest.db.457.desc=Etched wafers need to be§6 electrolyzed with a copper foil and sulfuric acid §rto create a fully-functioning §cWafer§r. -susy.quest.db.458.title=Wafer Plates -susy.quest.db.458.desc=§6Wafers §rneed to be cut in an MV Cutting Saw using Ultrapure Water to make §6Plates§r. §rFor now, make an IC and a RAM plate, as we'll need it later. -susy.quest.db.459.title=Ultrapure Water -susy.quest.db.459.desc=100 mB§b Demineralized Water §rcan be distilled into§b 5 mB of Ultrapure Water§r. %n%nSince this is a very inefficient process, there are §cseveral things you can do to increase the yield§r：%n%n- Eject the Demineralized Water in a §cVacuum Chamber §rwith §7Steam and turn it into §bDeareated Water§r, then distill it for §l15 mB§r of Ultra Pure Water%n%n- Filter the Deareated Water with §aCellulose Acetate Mesh§r in a §cCompressor§r, turning it into §3Filtered Water§r, then distill it for§l 30 mB §rof Ultra Pure Water. §c§lThis step requires High Voltage and a 9 step chain.§r%n%n- Sterilize the Filtered Water in an§c UV Light Box§r, making §3Sterilized Water§r, then distill it for the highest yield of §l90 mB §rof Ultra Pure Water%n%n§c§lThese last three steps are optional. For more info, look at the Chemistry tab. -susy.quest.db.460.title=Sodium Silicate -susy.quest.db.460.desc=§6Silicon Dioxide §rcan be reacted with Steam and §9Sodium Hydroxide Solution §rto create Sodium Silicate. -susy.quest.db.461.title=Molecular Sieve -susy.quest.db.461.desc=Aluminium can be reacted with the Sodium Hydroxide solution to form §9Sodium Aluminate§r.%n%nThen, Sodium Aluminate and Sodium Silicate can be combined to create §aRaw Molecular Sieve§r.%n%nThe §bRaw Molecular Sieve needs to be autoclaved §rto finish processing. -susy.quest.db.462.title=Ion Exchange Column -susy.quest.db.462.desc=An §6Ion Exchange Column§r is a cylindrical structure that selectively §6remove or exchange ions from a solution§r passing through it.%n%nIn an ion exchange column, §bWater §rpasses through beads that attract and exchange mineral ions, resulting in §bdemineralized water§r. This is needed for making ultra-pure water. -susy.quest.db.463.title=High Purity Gallium -susy.quest.db.463.desc=Gallium can be§c reacted§r with Chlorine to form §6Crude Gallium Trichloride§r.%nCrude Gallium Trichloride needs to be §cdistilled§r into §6Gallium Trichloride§r.%nGallium Trichloride can be §creacted §rwith Hydrogen to form §6High Purity Gallium§r.%n%nOr, if you don't want to do the whole process, you can use a §aVacuum Distillation Tower§r. -susy.quest.db.464.title=High Purity Arsenic -susy.quest.db.464.desc=§6Arsenic Trioxide §rcan be§c roasted§r with Hydrogen Chloride resulting in the formation of§6 Crude Arsenic Trichloride §rand Water. %n%nThe §6Crude Arsenic Trichloride§r can then be §cdistilled§r to obtain Arsenic Trichloride. %n%nLastly, when 3,000 liters of Hydrogen §creact§r with 1,000 liters of Arsenic Trichloride, it yields §6High Purity Arsenic§r and 3,000 liters of Hydrogen Chloride. -susy.quest.db.465.title=Train Tracks -susy.quest.db.465.desc=Trains created by the Railroad Engineering Station are too large to function on Minecraft's vanilla Rails. Which is why you'll need Immersive Railroading's Tracks.%n%nTracks can be placed by right clicking a Track Blueprint on the ground while having some Stone of any type and Rail Segments in your inventory. Doing so will create a track 10 meters in length（can be varied）, which will consume several Stone blocks and Segments from your inventory, so make sure you carry quite a few stacks of those with you when you're laying track.%n%nRight clicking a Track Blueprint while not looking at any block will open a menu allowing you to customize your Tracks. You can change things like the curvature of the track, the rail bed, length, and so on. More documentation on this can be found here：%n§9https：//github.com/TeamOpenIndustry/ImmersiveRailroading/wiki/Track-Blueprint -susy.quest.db.466.title=Vacuum Distillation Tower -susy.quest.db.466.desc=§6Vacuum distillation §ris a process that involves distilling substances under §6reduced pressure§r, typically below atmospheric pressure. %n%nBy lowering the pressure in the distillation system, the boiling points of the components being distilled are reduced. %n%nThis allows for the§6 separation of substances that have high boiling points or are thermally sensitive§r, like gallium or chlorine.%n%n§6The Vacuum Distillation Tower requires：%n- 1 Vacuum Distillation Tower%n- 1 Energy Hatch（I suggest MV）%n- 1 Output Hatch%n- 1 Maintenance Hatch%n- 1 Input Hatch%n- 15 Steel Frame Box%n- 79 Solid Steel Machine Casing%n- 1 Steel Pipe Casing -susy.quest.db.467.title=LV Circuit Assembler -susy.quest.db.467.desc=The §6LV Circuit Assembler §ris a required machine in making higher-tier circuits. Note that it is an §6LV§r machine and it requires §6MV §rcircuits. It's the only machine that does that. -susy.quest.db.468.title=Medium Voltage Battery Hull -susy.quest.db.468.desc=§6Medium Voltage §rbatteries are required to proceed from now on. For now, make an MV battery hull.%n%nWith MV batteries, you can make MV-tier electrical tools using MV power units. -susy.quest.db.469.title=Medium Sodium Battery -susy.quest.db.469.desc=Any of the §63 MV batteries§r can be used to store MV energy.%n%nThere are 3 types of MV batteries：%n- Medium Sodium Battery%n- Medium Cadmium Battery%n- Medium Lithium Battery%n%nThe §6Medium Sodium Battery§r is made with Carbon, Sodium Cathode Alloy, and Dimethyl Carbonate.%n%nThe §6§9Sodium Cathode Alloy§r is made by combining Sodium, Iron and§6 Manganese §rin an EBF.%n%nThe §3Dimethyl Carbonate §ris made by combining §6Methanol and Phosgene§r in a CSTR.%n %n[Methanol can be obtained from §6Wood Vinegar§r, and Phosgene can be obtained by §6reacting Chlorine and Carbon Monoxide§r with a Carbon catalyst.] -susy.quest.db.470.title=Medium Lithium Battery -susy.quest.db.470.desc=Any of the 3 MV batteries can be used to store MV energy.%n%nThere are 3 types of MV batteries：%n- Medium Sodium Battery%n- Medium Cadmium Battery%n- Medium Lithium Battery%n%nThe §bMedium Lithium Battery§r requires §8Graphite§r, §2Lithium Cobalt Oxide§r and §5Lithium Hexafluorophosphate§r.%n%nThe Lithium battery is §csubstantially harder§r to produce than all the other batteries, but if you want to... you can check JEI. -susy.quest.db.471.title=Medium Cadmium Battery -susy.quest.db.471.desc=Any of the §63 MV batteries§r can be used to store MV energy.%n%nThere are 3 types of MV batteries：%n- Medium Sodium Battery%n- Medium Cadmium Battery%n- Medium Lithium Battery%n%nThe §6Medium Cadmium Battery §rrequires §6Cadmium§r, §2Nickel Oxide Hydroxide§r, and §3Potassium Hydroxide§r.%n%n§bPotassium Hydroxide solution§r can be obtained via an§b Electrolytic Cell§r.%n%nThe§a Nickel Oxide Hydroxide §ris made by：%n%n- Roasting Nickel with Chlorine to make Nickel Chloride%n- Batch Reacting Nickel Chloride with Potassium Hydroxide to make Nickel Hydroxide%n- Reacting it with even more Chlorine and Potassium Hydroxide to make Nickel Oxide Hydroxide -susy.quest.db.472.title=Nickel and Cupronickel -susy.quest.db.472.desc=§5Nickel §rcan be obtained by smelting either §aGarnierite §ror §6Pentlandite §rin a §cPrimitive Blast Furnace§r.%n%nNickel then needs to be alloyed to §6Copper §o§rto make the material required for §ccoils. -susy.quest.db.473.title=Smoke Stack -susy.quest.db.473.desc=The §6Smoke Stack §ris a small multi machine that can §cdelete § §rgases like steam, carbon dioxide, sulfur dioxide, and other stuff that builds up. Check JEI to see what it can remove.%n%n§rThe Smoke Stack requires：%n%n- 1 LV Muffler Hatch%n- 1 Maintenance Hatch%n- 1 Input Hatch%n- 1 Smoke Stack -susy.quest.db.474.title=Flare Stack -susy.quest.db.474.desc=The §6Flare Stack §ris a small multi machine that can §cburn § §rflammable liquids. It's useful if you want to get rid of something annoying in an oil processing setup. Check JEI to see what it can remove.%n%n§rThe Flare stack requires：%n- 1 LV Muffler Hatch%n- 1 ULV Energy Hatch%n- 1 Maintenance Hatch%n- 1 Input Hatch%n- 1 Flare Stack -susy.quest.db.475.title=Transistor -susy.quest.db.475.desc=A §6transistor§r is a miniature semiconductor that regulates or controls current. They are used in §cHV circuits§r.%n%nTransistors are made of §7tin§r, §6polyethylene §rand §8silicon wafers. -susy.quest.db.476.title=AgAu -susy.quest.db.476.desc=§6Manmade Electrum §rcan be made by combining §6gold§r and §8§6§7silver§r. -susy.quest.db.477.title=Auric Metallurgy -susy.quest.db.477.desc=§6Raw Electrum §rcan be treated with Distilled Water and Nitric Acid to create§7§6 Gold§r§r.%n%nFor more info on gold processing, check the Periodic Table. -susy.quest.db.478.title=§cAdvanced Integrated Circuit -susy.quest.db.478.desc=§cAdvanced Integrated Circuits §rare the first type of §cHV§r circuits you can make. §rThey're made from §6MV circuits§r, §7IC and RAM chips§r, §atransistors§r, §b§6and electrum foils§r.%n%nSince this is a very complicated process, requiring a lot of LV circuits for a single HV circuits, you can use the §cMV Circuit Assembler §rto make microprocessors, a better way of making MV and HV circuits. -susy.quest.db.479.title=§eCHAPTER 4 // HOW DO I GET TITANIUM? -susy.quest.db.479.desc=Well, the process is pretty "simple"...%n%nLet's start with an §6HV machine hull§r. HV cables are made out of §6gold§r. As you know, you should differentiate all LV, MV and HV machinery.%n%n§r---------------------------------------%n§bHIGH VOLTAGE HAS BEEN UNLOCKED! GOOD LUCK.§r%n---------------------------------------%n- Reach the maximum potential range of your missiles%n- Find new metallurgic processes to obtain titanium%n- Unlock flying vehicles to conquer the skies -susy.quest.db.480.title=MV Circuit Assembler -susy.quest.db.480.desc=The §6MV circuit assembler §rcan help you make MV and HV circuits more efficiently, making §6Microprocessors§r. -susy.quest.db.481.title=Plastic Circuit Boards -susy.quest.db.481.desc=Plastics can be laminated with copper in a forming press to make a §6Plastic Circuit Board§r.%n%nFor now, you can use §6polyethylene.§b Polyvinyl chloride, PTFE and Polybenzimidazole§f can be used later on for higher efficiency. -susy.quest.db.482.title=Potassium Persulfate -susy.quest.db.482.desc=§6Liquid Potassium Bisulfate §r§rcan be electrolyzed under an Iron Rod and a Graphite Rod to obtain §7Potassium Persulfate§r. -susy.quest.db.483.title=Vinyl Chloride -susy.quest.db.483.desc=§3Chlorine §rand §7Ethylene §rcan be reacted in a CSTR to form §6Vinyl Chloride§r.%n%nAlternatively, §cHydrogen Chloride§f and §9Acetylene§f can be reacted with a Mercury Chloride catalyst for §6Vinyl Chloride. -susy.quest.db.484.title=Vinyl Chloride Solution -susy.quest.db.484.desc=§7Vinyl Chloride §rcan be diluted with §9Water §rto make a §7Vinyl Chloride Suspension§r. -susy.quest.db.485.title=Potassium Bisulfate -susy.quest.db.485.desc=§r§7Saltpeter §rcan be reacted with §6Sulfuric Acid §rto make §9Potassium Bisulfate§r. -susy.quest.db.486.title=Polyvinyl Chloride（PVC） -susy.quest.db.486.desc=Polyvinyl Chloride（§6PVC§r）is a high-strength thermoplastic material. PVC can be used to make §chigh throughput pipes §rand §c§lcircuit boards§r.%n%nFirst,§b polymerize §rthe Vinyl Chloride to make PVC Solution, then §cdry §rit to make PVC pulps. -susy.quest.db.487.title=PVC Pipes -susy.quest.db.487.desc=§6PVC pipes §rare the highest throughput §6item pipes §rthat are obtainable at MV. -susy.quest.db.488.title=Patterned Circuit Board -susy.quest.db.488.desc=Add a §6pattern §rto the Plastic Circuit Board using a photoresist and an §cUV light box§r. This is required to make the second tier of HV circuits. -susy.quest.db.489.title=Iron（III）Chloride -susy.quest.db.489.desc=§7Iron §rcan be §croasted §rwith §3chlorine §rto get §6Iron（III）Chloride§r, an etching agent for circuit boards.%n%nEither Sodium Bisulfate or Iron（III）Chloride can be used to etch Plastic Circuit Boards. -susy.quest.db.490.title=Sodium Bisulfate -susy.quest.db.490.desc=§6Sodium Bisulfate §rcan be used as an §cetching agent §rto make plastic circuit boards.%nIt's made by reacting §1Saltwater §rand §6Sulfuric Acid §rin a CSTR.%n%nEither Sodium Bisulfate or Iron III Chloride can be used to etch Plastic Circuit Boards. -susy.quest.db.491.title=Good Circuits -susy.quest.db.491.desc=§6Plastic Circuit Boards §o§rcan be etched with any of the two materials above. -susy.quest.db.492.title=Capacitor -susy.quest.db.492.desc=Assemble a §6Capacitor §rwith Polyethylene and Aluminum foils. -susy.quest.db.493.title=CPU Board -susy.quest.db.493.desc=Make a §6CPU §rby etching a silicon wafer with a CPU mask, and then going through the whole process again. -susy.quest.db.494.title=Integrated Processors -susy.quest.db.494.desc=§7Integrated Processors §rare the second type of §cMV§r circuits you can make. §rThey're made from §6CPU chips§r, §atransistors§r, §b§6§r§6capacitors§r, §cresistors§r, and red alloy wires. %n%nThis is a faster and more efficient way to make MV circuits. -susy.quest.db.495.title=Microprocessor -susy.quest.db.495.desc=§6Microprocessors §rare the second type of §cLV §rcircuits that you make. They are made in the same way as Integrated Processors, but using less materials and some fine copper wire. %n%nMaking these is faster than making LV circuits manually using the traditional process. -susy.quest.db.496.title=Inductor -susy.quest.db.496.desc=An §6inductor§r is a passive electronic component that temporarily stores energy in a magnetic field. It's used in making §cHV processors§r. -susy.quest.db.497.title=Processor Assembly -susy.quest.db.497.desc=The §6Processor Assembly §ris the second type of §cHV Circuit §ryou can make, and it is much faster to make than the §cAdvanced Integrated Circuit§r. -susy.quest.db.498.title=MV Energy Hatch -susy.quest.db.498.desc=Upgrading your EBF with §62 MV energy hatches §rwill make it possible to smelt stuff at 480 EU/t. -susy.quest.db.499.title=Ferrosilicon -susy.quest.db.499.desc=§6Iron, Silicon Dioxide §fand §6Coke Dust/Carbon Dust §rcan be combined to get §0§2§1§4§5§8Ferrosilicon§r, a material needed for §7Stainless Steel§r. -susy.quest.db.500.title=Fluorite Dust -susy.quest.db.500.desc=§6§2Fluorite Dust §ris needed for §5Hydrofluoric Acid§r and §7Stainless Steel§r later on, so let's get some. -susy.quest.db.501.title=Ferrochromium -susy.quest.db.501.desc=§cChromite §rcan be put in the Advanced Arc Furnace to create §6Ferrochrome§r, an impure form of §cchrome§r. -susy.quest.db.502.title=Stainless Steel -susy.quest.db.502.desc=Combine §6Ferrosilicon§r, §cFerrochromium§r, §7Carburized Stainless Steel§r, §aFluorite§r §rand §6Quicklime §rto get Stainless Steel. This process is done in an EBF at 120 EU/t and it produces §cmolten §rstainless steel. %n%nIt has to be run through a §6Fluid Solidifier §rbefore actually using it. -susy.quest.db.503.title=Carburized Stainless Steel -susy.quest.db.503.desc=Iron, Nickel and Manganese can be combined in an §6HV EBF §rto create molten §cCarburized Stainless Steel§o§r. -susy.quest.db.504.title=Manganese -susy.quest.db.504.desc=§6Pyrolusite §rcan be smelted in an EBF with a §1§3Carbon Source（Coal, Charcoal, Anthracite, Coal Coke, or raw Carbon）§r to get §6Manganee dust. -susy.quest.db.505.title=Evaporation Pool -susy.quest.db.505.desc=The §6Evaporation Pool §ris a multiblock that can evaporate §9Salt Water, Brine and Concentrated Brine§r to produce industrial amounts of§c Salt§r.%n%nThe Evaporation Pool requires：%n- 1 Evaporation Pool Controller%n- 1 Maintenance Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Output Bus%n- 1 Output Hatch%n- 729 Evaporation Bed（The Evaporation Bed should be 28x28 in size）%n- 117 Light Concrete%n%n§cBecause of the extreme amounts of material required, this quest does not require that you hold all the materials at once, but only 64 of each. -susy.quest.db.506.title=The Forge -susy.quest.db.506.desc=The §6Advanced Arc Furnace §rutilizes intense heat generated by an §belectric arc §o§rto melt metal, producing §cstainless steel§r.%n%n§6The Advanced Arc Furnace requires：%n- 1 Advanced Arc Furnace controller%n- 1 Maintenance Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Output Bus%n- 1 Output Hatch%n- 11 Carbon Electrode Assemblies%n- 30 Solid Steel Machine Casings%n- 10 Steel Firebox Casings§r -susy.quest.db.507.title=Pressure Swing Absorber -susy.quest.db.507.desc=§bPressure Swing Absorption§r（PSA）is a gas separation process that uses §6changing pressures §rto purify and separate §6gas mixtures§r, to extract§c nitrogen and oxygen §rfrom ai§br.%n%nThe Pressure Swing Absorber requires：%n- 1 Pressure Swing Absorber controller%n- 1 Maintenance Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Output Bus%n- 1 Output Hatch%n- 27 Frost Proof Aluminium Machine Casings%n- 2 Steel Pipe Casings§r -susy.quest.db.508.title=Zeolite 13-X -susy.quest.db.508.desc=Clay§r can be passed through a §aliquid Molecular Sieve §rto make §7Zeolite 13X§r, which can be solidified and then autoclaved to make a §7Zeolite Membrane§r.%n%nPressure Swing Absorption of Air through this catalyst can be used to make industrial quantities of §bNitrogen and Oxygen§r. -susy.quest.db.509.title=Nitrogen and Oxygen -susy.quest.db.509.desc=§bNitrogen §ris required to power the Advanced Arc Furnace to §8§rmake Stainless Steel.%n%nYou can also use the same method, but with a different §7Circuit §rto produce faster §3Oxygen§r. This process is much more efficient than electrolyzing Water. -susy.quest.db.510.title=Reaction Furnace -susy.quest.db.510.desc=A §6reaction furnace§r is a §chigh-temperature vessel§r used in chemical processes to facilitate chemical reactions by providing optimal conditions such as temperature, pressure, and residence time for the desired reactions to occur.%n%nThe Reaction Furnace requires：§a%n- 1 Reaction Furnace controller%n- 1 Maintenance Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Output Bus%n- 1 Output Hatch%n- 1 Muffler Hatch%n- 8 Invar Frame Box%n- 17 Heat Proof Machine Casings%n- 9 Steel Firebox Casings%n- 16 Steel Pipe Casings -susy.quest.db.511.title=High Purity Iron -susy.quest.db.511.desc=Iron Dust needs to be reacted with Carbon Monoxide in a §aReaction Furnace§r to produce §7Crude Iron Pentacarbonyl§r, this needs to be distilled to make §7Iron Pentacarbonyl§r.%n%nIron Pentacarbonyl then goes in a roaster to make §4High Purity Iron§o§r.%n%n%n -susy.quest.db.512.title=Purified Iron III Oxide -susy.quest.db.512.desc=§7High Purity Iron§r needs to be roasted twice（once with water, and the second time with oxygen）to make §4Purified Iron（III）Oxide§r. -susy.quest.db.513.title=Manganese Zinc Ferrite -susy.quest.db.513.desc=§6Zinc §rneeds to be roasted to make §7Zinc Oxide§r.%n%n§dRhodochrosite §rneeds to be roasted to make §4Manganese II Oxide§r.%n%nCombine both of them with §4Purified Iron III Oxide §rto make §6Manganese Zinc Ferrite§r. -susy.quest.db.514.title=Nickel Zinc Ferrite -susy.quest.db.514.desc=§1Nickel §rneeds to be roasted with Oxygen to make §aNickel II Oxide§r.%n%nCombine §aNickel II Oxide §rwith §4Purified Iron III Oxide §r§r and Zincite to make Nickel Zinc Ferrite.%n -susy.quest.db.515.title=Even More Sulfuric Acid -susy.quest.db.515.desc=Vanadium Pentoxide can be used to directly turn sulfur dioxide and oxygen into sulfur trioxide, which can be used to make sulfuric acid. This makes things more convenient. -susy.quest.db.516.title=Clarifier -susy.quest.db.516.desc=A §6Clarifier§r is a multiblock machine that can concentrate certain materials from a liquid. It has multiple uses in §9ore concentration§f and §ewastewater treatment.§f%n%nThe Clarifier requires：%n- 1 Clarifier controller%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Output Bus%n- 1 Output Hatch%n- 1 Maintenane Hatch%n- 1 Energy Hatch%n- 144 Clarifier Vats%n- 12 Steel Frame Boxes%n- 261 Light Concrete%n- 4 Steel Gearbox Casings%n- 13 Solid Steel Machine Casings%n- 2 Steel Pipe Casings -susy.quest.db.517.title=Dumper -susy.quest.db.517.desc=A §7Dumper §ris able to dump several waste liquids, such as §7Ash Slurry§f from mixing ash and water, and §9Wastewater Sludge.§f §fCheck JEI to see what it can remove.%n%nThe Dumper requires：%n- 1 Dumper controller%n- 1 Maintenance Hatch%n- 1 Input Hatch%n- 9 Steel Frame Boxes%n- 14 Solid Steel Machine Casings -susy.quest.db.518.title=Vladimir Potin -susy.quest.db.518.desc=§6Potin §r§ris an alloy of copper, lead and tin that is extremely useful in creating §chigh-throughput pipes§r, if your pipes aren't good enough. -susy.quest.db.519.title=Heated Waste Water -susy.quest.db.519.desc=Wastewater needs to be heated before processing it. Using this process, you can get §aclean water §rback out of §cwaste water§r. -susy.quest.db.520.title=Flocculated Waste Water -susy.quest.db.520.desc=Heated Waste Water can be §6mixed §rwith Aluminium Sulfate to make Flocculated Wastewater. -susy.quest.db.521.title=Building your first computer -susy.quest.db.521.desc=To get your first computer to run, you will need to first set it up correctly. %n%nFirst off, you will need a§6 computer case§r. This is the block which will contain§6 all of the components§r, defining the behavior of the computer you are building.%n%nUpon observing the computer case, you will see §cseveral slots on the right side§r. The tier of the components you can put in there depend on the §atier of the case§r. Most Tier 1 components are MV, while Tier 2 components are HV and Tier 3 components are EV.%n%nConnect your computer to GregTech energy to get it to work.%n%n -susy.quest.db.522.title=CPU -susy.quest.db.522.desc=The §6CPU, or Central Processing Unit§r, serves as the computer's "brain," executing instructions, managing data flow, and coordinating hardware components. %n%nWhen you try to start the computer now, it will tell you that §cyou need a CPU§r. These come in 3 different tiers. For CPUs, higher tiers mean §6more components at a time,§r as well as faster execution. For now, you can only use Tier 1 CPUs, as we're at MV. -susy.quest.db.523.title=RAM -susy.quest.db.523.desc=RAM, or Random Access Memory, is essential for a computer's functioning. It provides fast, temporary storage for data actively used by the CPU. It is volatile memory that is lost when the computer is powered off. %n%nYou will need to insert §7RAM§r into your computer. Higher tiers of memory（RAM）mean §cmore memory available to the programs§r running on your computer. To run §cOpenOS§r, the §doperating system§r, you will want to use at least two §6tier 1 memory（RAM）sticks§r.%n%nThere are 6 tiers of memory, from 1 to 3.5. -susy.quest.db.524.title=Analyzer -susy.quest.db.524.desc=The analyzer is a handy tool for reading information about computers. Simply §a[Sneak Right Click]§r a block to get some information printed to the chat box. %nThis ranges from basic things like the address of components, to power levels in the subnetwork the block is in, and information on a crash, for example.%n%nRight now your computer will crash. Try using the Analyzer to see the error that causes the computer to not boot up：§cno bios found; install configured EEPROM§r. -susy.quest.db.525.title=BIOS and EEPROM -susy.quest.db.525.desc=The §6EEPROM§r is what contains the code used to §6initialize a computer §rwhen it is being booted. %n%nSince configuring an EEPROM normally requires a computer, you are going to "§3download§o§r" the code from this book! Simply make an empty EEPROM, and you'll receive a configured one by trading with this page.%n%nThis page will refresh every 45 seconds.%n§c%n§lTurning on your computer can be done with the power button on the left. -susy.quest.db.526.title=Disk Drive -susy.quest.db.526.desc=T.o insert your §6operating system§r, you'll need to place a disk drive next to your case（or connect it via §6cables§r） -susy.quest.db.527.title=OpenOS -susy.quest.db.527.desc=The BIOS now is working, but it's §6not finding a file system§r to boot from. You will require an §cOpenOS§r disk to boot into the computer. OpenOS is our operating system.%n%nSince crafting an operating system normally requires a computer, you will just "download" the code from here, like the last page. -susy.quest.db.528.title=Cables -susy.quest.db.528.desc=The §6cable §rserves as a way of §6connecting computers and machines that are far apart.§r%n%nIf you have a compact build where all components touch each other（directly or indirectly, most blocks also behave the same way as cables）you will usually not need cables. -susy.quest.db.529.title=GPU -susy.quest.db.529.desc=Your computer should be running now, but we want it to show some actual §coutput§r. %n%nTo allow the computer to show some output, you'll want to grab a §6monitor §rand a §6graphics card§r. -susy.quest.db.530.title=The Disk Repository -susy.quest.db.530.desc=On this page, you can "§bdownload§r" some useful OpenComputers programs to floppy disks. -susy.quest.db.531.title=Keyboard -susy.quest.db.531.desc=A §6keyboard§r is needed to type text on screens, be they in the world or built into devices such as robots or tablets.%n%n§6Place a keyboard in front of the screen to be able to enter text. §rThe keyboard needs to be facing the screen for it to work. -susy.quest.db.532.title=Hard Drive -susy.quest.db.532.desc=§6HDDs§o§r, or §cHard Disk Drives§r, are traditional storage devices for computers. They use §brotating magnetic platters to store and retrieve data§r. %n%nA Hard Disk is required to install OpenOS to the computer. Right now you are booting the computer via the Floppy Disk Drive. By making an HDD and typing §7install §rin the terminal, you'll be able to install OpenOS to the computer.%n%nOnce installed to the HDD, the floppy disk is §7no longer necessary.§r %nAdditional software is also available as §7floppy disks§r（such as Open Programs Package Manager, or OPPM）. They can be obtained via the "§aRepository§r" page. -susy.quest.db.533.title=Adapter -susy.quest.db.533.desc=The §6adapter §rallows computers to interact with other blocks. §6Supported blocks next to the Adapter will show up as components in computers connected to the adapter.%n§r%nTo see devices connected to the computer, open the §cLua interpreter §rby running the command "lua", and then check the list by running "component.list（）".%n%nThe adapter provides a slot for a few select§7 upgrades§r. For example, the inventory controller upgrade allows computers to query more information from an inventory adjacent to the adapter. -susy.quest.db.534.title=Entity Detector -susy.quest.db.534.desc=The Entity Detector can detect entities up to §625 blocks away,§f and outputs information on those entities, including name and§b relative position. §cPlayers may be detected, so this is useful for catching any unsolicited activity.§f%n%nMore documentation can be found here：§9https://github.com/PC-Logix/OpenSecurity/wiki/EntityDetector -susy.quest.db.535.title=Quadruple Pipes -susy.quest.db.535.desc=Quadruple pipe variants exist for every pipe. They are made from 4 Small pipes of the same material. These will be useful for transferring different types of fluids along the same pipeline.%n%nNonuple pipes also exist for the extra messy factories. -susy.quest.db.536.title=Storage Drawers -susy.quest.db.536.desc=§6Storage Drawers§f provide a huge amount of storage for a single item type. Use them for things you have a lot of, such as stone, dirt and ores.%n%nTo reduce lag, drawers only render their items while you are close to them. Also, big drawer walls cause a drop in FPS.%n%nThere are also 1x2 and 2x2 drawers for storing 2 different types of items or 4 types of items in the same drawer block. -susy.quest.db.537.title=Aqua Regian -susy.quest.db.537.desc=Make §6Aqua Regia§r, a solution of nitric acid and hydrochloric acid. This will be used to get platinum. -susy.quest.db.538.title=Platinum Catalysts -susy.quest.db.538.desc=To make§6 early platinum§r, you need to find an alluvial deposit. Drill it and sort for platinum placer deposits. %n%nCrush the alluvial platinum and dissolve it in aqua regia, made of nitric and hydrochloric acid.%n%nThis produces hexachloroplatinic acid solution. Neutralize the solution with sodium hydroxide. %n%nhen, precipitate the platinum with ammonium chloride solution as ammonium hexachloroplatinate, which can be roasted with hydrogen to make platinum sponge, which can be crushed to make platinum dust.%n%nThe dust can be extruded as pellets and used as a catalyst bed for processes such as nylon, required for armor and Techguns equipment.%n%n§bPalladium§r is produced as a byproduct from §6platinum§r production.%n -susy.quest.db.539.title=Network Card -susy.quest.db.539.desc=The §6Network Card §rallows distant computers connected by §6cable§r to communicate by sending messages to each other. %n%nYou can see the Network Card's documentation here：§9https://ocdoc.cil.li/component:modem -susy.quest.db.540.title=Programming -susy.quest.db.540.desc=So, you've built your §6first computer §rand wonder what to do with it?%n%nWell, let's start with the good old, proven, beloved §6first program§r. You know which one. First off, let's switch to the /tmp folder, which is a small, writable file system each computer comes with. Remember,§c this gets wiped on reboot, so don't put anything valuable in here! §r%n%nRun the §7"cd /tmp§r" command to change folder.%n%nType "§7edit §r", where §7filename§r is the name of the file you wish to edit.%n%nOnce in the editor, start coding. In our case it's just the boring, uncreative-but-proven §7print（"Hello World!"）§r .%n%nWhen you're done, press §7Ctrl+S§r to save, then press §7Ctrl+W§r to close the editor. %n%nIf you list the contents of the /tmp folder now, you'll see the file has been created. Use the §7ls §rcommand to list the contents of a folder.%n§c§l%nTeaching an entire programming language is beyond the scope of this guide, so you can look at a tutorial here：http://www.tutorialspoint.com/lua/index.htm%n%n -susy.quest.db.541.title=Labeling Hard Drives -susy.quest.db.541.desc=When writing programs you'll usually want to have your programs stick around so the /tmp folder is no long-term solution. %n%nWhen you put a §6hard drive§r into a computer it will be automatically mounted in the §6/mnt§r folder, named after the §6first letters of its address§r.%n%nNext, open the computer and run the §7df§r command. This program lists §6all present file systems§r and their current mount points. %n§r%nWhat we want to do now is to§7 assign a name to our hard drive§r. Run §7label §rto get the §cusage information of the labeling program§r. §rYou'll want to get comfortable with following the terminal's instructions, so I won't put everything here.%n%nOnce you've named your hard disk, that name is also shown in the hard disk's tooltip. Run §7df§o§r again to verify the hard disk is now named. -susy.quest.db.542.title=Mounting Hard Drives -susy.quest.db.542.desc=We can now§6 mount the hard drive §o§rwhile referring to it by name. Run §7mount§r to mount the hard drive with the specified label at the specified path. %n%nHard drives can be §6mounted in multiple locations§r, so doing that will not invalidate the default mount in the /mnt folder. %n%nNow, computers §6do not store any state across reboots§r. Meaning if your PC crashes, you'll have to mount the hard drive again. So let's make a script that §6mounts the disk for us§r after restarting.%n%nThe script has to be named §cautorun.lua §rand has to be in the root folder of the hard drive. Run §7edit autorun.lua §rto edit the file. Here's the code：§7%n%nlocal fs = require（"filesystem"）%nlocal proxy = ...%nfs.mount（proxy, "test"）%n%n§rAfter removing the hard disk from the computer and inserting it again, run§7 ls §rand you should see the disk has been automatically mounted again. -susy.quest.db.543.title=Redstone Card -susy.quest.db.543.desc=The §cRedstone Card §r§rallows reading and emitting redstone signals around the computer or robot. %n%nYou can see the Redstone Card's documentation here：§9https://ocdoc.cil.li/component:redstone -susy.quest.db.544.title=Data Card -susy.quest.db.544.desc=The §7Data Card§r provides a variety of data encoding and decoding functionality, hashing, encryption and decryption, etc.%n%nDocumentation can be found on this page：§9https://ocdoc.cil.li/component:data -susy.quest.db.545.title=Soda Ash -susy.quest.db.545.desc=There are 2 ways to produce §asoda ash§r. %n%nThe first method is simply roasting §6Trona（ you can get it from sifting, check JEI）§r. This method cannot be automated, though.%n%n%nThe second method is the §cLeblanc process§r. This process also produces useful intermediates which can be tapped off. %n%nThis includes §csodium sulfate§r, which is useful for producing sodium bisulfate used in §acircuit board etching§r, as well as sodium sulfide, useful in several ore processing chains.%n%nFirst, roast §7salt §rand§6 sulfuric acid §rto obtain sodium sulfate and §ahydrochloric acid§r. %n%nNext, roast the §6sodium sulfate §rwith carbon to obtain §6sodium sulfide§r. Then, roast the sodium sulfide with §7calcite §rto obtain black ash.%n%nFinally, dissolve the §7black ash §rin water to obtain §6soda ash solution§r and calcium sulfide.%n -susy.quest.db.546.title=Tier 2 Computers -susy.quest.db.546.desc=Now that you've reached HV, we can make §6Tier 2 §rcomputers and components. They can allow up to §7§6Tier 2 CPU and RAM§r, and a variety of new cards. -susy.quest.db.547.title=Colorful Lamps -susy.quest.db.547.desc=§6GregTech§r's lamps come in a variety of colors and can be configured to have light, bloom, or both via the circuit in the assembler recipe. -susy.quest.db.548.title=APU -susy.quest.db.548.desc=An APU, or §6Accelerated Processing Unit§r, combines a CPU and a GPU into a single device, so you can remove that graphics card and get a new card slot!%n%nDo note that due to the limited space on the chip, a §6Tier 2 §rAPU can only work as fast as a §6Tier 1 CPU §rand only has §6Tier 1 GPU §rgraphics. -susy.quest.db.549.title=Tier 3 Computers -susy.quest.db.549.desc=Now that you've reached EV, we can make §bTier 3 §rcomputers and components. They can allow up to §bTier 3 CPU and RAM§r, and a variety of new cards, particularly the §cInternet Card§r. -susy.quest.db.550.title=§7CHAPTER 5 // I have become death. -susy.quest.db.550.desc=Using your new Titanium, create an §5EV machine hull.§f EV cables are made using aluminium. As you know, you should differentiate all LV, MV, HV and EV machinery.%n%n§r---------------------------------------%n§5EXTREME VOLTAGE HAS BEEN UNLOCKED! GOOD LUCK.§r%n---------------------------------------%n- Split The Atom%n- Conquer The Moon%n- Explore Nuclear And Particle Physics%n- Unleash Thermonuclear Fire On Those Who Oppose You -susy.quest.db.551.title=Wireless Network Card -susy.quest.db.551.desc=The §7Wireless Network Card§r can transmit packets §6without a cable§r. Wireless packets can not be lost but they may be out of range. %n%nThe §6signal strength§r can be adjusted. Low strength reduces the distance the packets can travel and reduces the power it costs to send them. The maximum strength, by default, is 400.%n%nIn general you will want to make sure the line of sight between the sender and receiver is clear. -susy.quest.db.552.title=Chromite and Chrome -susy.quest.db.552.desc=Chromite§r can be roasted in the §crotary kiln§r with soda ash, oxygen, and natural gas to get a§c sodium chromate mixture§r. This mixture is then separated by dissolving sodium chromate in distilled water, leaving behind§7 iron III oxide§r.%n%nChrome chain is the first chain you encounter that uses the§c rotary kiln§r. It runs off of a §6gaseous fuel and oxygen§r to roast the contents with other reagents, such as soda in this case. Think of it as a hybrid between the sintering oven and a roaster.%n%nThe sodium chromate solution can react with §6sulfuric acid§r to make§6 sodium dichromate solution§r. Distill the solution to get sodium dichromate and sulfuric acid. The acid §6can be piped back to the production of sodium dichromate, as the sulfuric acid is perfectly recycled§r.%n%nFrom here, you have two options.%n%nThe first option is to react sodium dichromate with sulfuric acid to obtain §cchromium trioxide§r. sodium sulfate solution, and carbon dioxide. %n%nAlternatively, you can roast sodium dichromate dust with carbon to get a chromium-soda ash mixture. You can then dissolve the soda with water, leaving behind chromium trioxide. §cThis path is better for full automation as it perfectly recycles the soda consumed.§r%n%n§cRoast the chromium trioxide to obtain chromium III oxide and oxygen. Then, react the chromium III oxide with aluminium to get chrome dust and alumina.%n -susy.quest.db.553.title=LTS Catalyst -susy.quest.db.553.desc=The LTS catalyst can be made by dissolving §6zincite§r, §6cupric oxide§r, and §balumina§r§r in§9 sodium hydroxide§r.%n%nIt can be turned into a catalyst bed for §c§c§lsyngas reforming, §ra way to make syngas even more powerful.%n%nRemember that catalyst beds can be made with §apellets§r, which are made using the Extruder. -susy.quest.db.554.title=Biometric Reader -susy.quest.db.554.desc=The §6Biometric Reader§r sends an event when used by a player, the default event name is bioReader and contains the UUID of the player which used the reader. -susy.quest.db.555.title=Keypad -susy.quest.db.555.desc=The §aKeypad §rhas 9 buttons you can press to raise events to attached computers. You can check the documentation here：§9https：//github.com/PC-Logix/OpenSecurity/wiki/Keypad -susy.quest.db.556.title=Redstone I/O -susy.quest.db.556.desc=The §c§4Redstone I/O §rallows reading and emitting redstone signals around the block. %n%nIt can be controlled by any computer the block is connected to. This is basically like an external redstone card. %n%nMore info about the API can be found here：§9https://ocdoc.cil.li/component：redstone -susy.quest.db.557.title=RFID Cards -susy.quest.db.557.desc=The §5RFID Reader§r allows you to read RFID Cards in someone's inventory. It can also be added to a §7card §rinto a computer.%n%nThe§5 RFID Card §rcan hold up to 64 characters of data, can be written and locked in the Card Writer to disallow rewriting.%n%nYou can check the documentation here：§9https://github.com/PC-Logix/OpenSecurity/wiki/RFID_reader -susy.quest.db.558.title=Magnetic Cards -susy.quest.db.558.desc=The Magnetic Card Reader reads Magnetic Cards when §r[§aRight Click§r]ed.%n%nThe §6Magnetic Card§r can hold up to 128 characters of data, and it can be written and locked in the §cCard Writer §rto disallow rewriting.%n%n -susy.quest.db.559.title=Card Writer -susy.quest.db.559.desc=The §bCard Writer §rwrites RFIDs, Magnetic Cards, and EEPROMs.%n%nYou can check the documentation here：§9https：//github.com/PC-Logix/OpenSecurity/wiki/CardWriter -susy.quest.db.560.title=Alarm -susy.quest.db.560.desc=The §b§cAlarm §r§rplays a sound when it is activated via redstone or via computer, using the alarm.activate（）function. -susy.quest.db.561.title=Internet Card -susy.quest.db.561.desc=The §5Internet Card§r grants computers access to the internet. It provides ways to perform simple HTTP requests and TCP sockets.%n%nFor more info about the API, check this link：§9https://ocdoc.cil.li/api:internet -susy.quest.db.562.title=Gauges and Switches -susy.quest.db.562.desc=There are several types of §6switches and gauges §rthat can be used to complement the §6Gregic §raesthetic. Here's a list of them：%n%nSwitches%n%n- Buttons%n- Levers%n- Normal pressure plates（"contact switches"）%n- Shock sensitive pressure plates（"contact switches", detect when something/one falls on it）%n- Entity detectors（players, villages, animals, mobs, etc）%n- Block category detectors（e.g. "solid", "ore", "wood", "sapling", "farmland", "water"（includes ice）, "liquid", etc）%n- Day timers（06:00 to 24:00）%n- Interval timers（tick based timers）%n- Light sensors（"auto switch" category）%n- Rain sensors（"auto switch" category）%n- Lightning sensors（"auto switch" category）%n- Switch-Link relays（optimized for wireless transmission）%n- Switch-Link receivers（optimized for wireless transmission）%n- Knock sensors（seismic detection of click or breaking an adjacent block）%n- Trapdoor switches（emit a signal and open）%n%nGauges%n%n- Analog / digital（show redstone power 0 to 15）%n- LEDs and semaphores（"indicators", show on/off）%n- Alarm lamps（also on/off）%n- Alarm sirens and bells（"sound indicators"）%n- Sensitive glass（glass that emits light or changes color）%n -susy.quest.db.563.title=Brass Drums -susy.quest.db.563.desc=Vacuum-sealed Brass Drums are required to handle §6§bcryogenic liquids§r. -susy.quest.db.564.title=R.A.I.D. -susy.quest.db.564.desc=The §6RAID§r（redundant array of independent disks）houses §b3 Hard Drives§r which will be combined into a single file system. %n%nThis combined file system has is available to all computers connected to the raid. The raid §aonly works when all 3 Drives§r are connected. %n%nAdding a hard drive to the RAID will §d§d§c§lwipe its contents§r, and removing a hard drive from the RAID will §c§lwipe the entire RAID§r.%n%n§cBreaking a raid block will retain its contents§r, so it can be safely relocated without losing any data. -susy.quest.db.565.title=HTS Catalyst -susy.quest.db.565.desc=The LTS catalyst can be made by dissolving §6Iron（III）Oxide§r, §6and Chromium Trioxide§r in§9 sodium hydroxide§r.%n%nIt can be turned into a catalyst bed for §c§c§lsyngas reforming, §ra way to make syngas even more powerful for faster steel production.%n%nRemember that catalyst beds can be made with §apellets§r, which are made using the Extruder. -susy.quest.db.566.title=MFU -susy.quest.db.566.desc=The §6MFU§r acts as a remote adapter.%n%n[§aClick§r] while sneaking onto any side of any block to bind it to a specific position. %n%nThen, place it into an §6adapter§r nearby（the range is very limited）and it will act §6s if the adapter was placed right next to the specific side§r you bound it to!%n%nKeep in mind that keeping §6the remote adapter connection active uses energy§r. -susy.quest.db.567.title=Augmented Reality -susy.quest.db.567.desc=The §6AR Glasses §rare augmented reality glasses that you can link to a §bcomputer§r%n%nIt has a capacity of §c50,000 FE（12,500 EU）§r, which can be increased with upgrades. When you wear the glasses, they consume power at a rate of §c1 FE/tick§r. You can recharge the glasses in any electric device.%n%nThe glasses can handle up to §99 different widgets§r. This can be expanded to a maximum of 255 with a Database Upgrade.%n%nBy right-clicking on a terminal block, you can establish a connection between the glasses and the terminal.%n%nYou need to wear the glasses in the helmet slot. -susy.quest.db.568.title=Electronics Assembler -susy.quest.db.568.desc=The §6Electronics Assembler§r is a block from OpenComputers which allows§6 constructing robots and other devices§r from a number of different computer parts. %n%nThe combination of parts which can be made is limited by their §6complexity - the sum of the tiers of all the component parts §r（excluding the CPU and EEPROM）. %n%nHow much complexity can be combined is determined by the §bcase §rand the §bCPU§r used. -susy.quest.db.569.title=INFINITE STEEL -susy.quest.db.569.desc=To fuel the most advanced version of steel production, you can use §cReformed Syngas §rto produce hydrogen to directly reduce iron ores into steel, as well as supply other chemical processes. %n%nThis can be done with a§c LTS or HTS catalyst§r, with LTS being slower but more energy efficient and HTS being faster but more energy intensive. %n%nYou can directly feed syngas into a pressure swing adsorber, which will separate the hydrogen from the carbon monoxide. %n%nAlternatively, reform the syngas with steam in a reaction furnace to extract §l§1even more hydrogen §rand produce carbon dioxide. %n%nUse §l§bhydrogen §rin a §c§lblast furnace§r to turn iron ore dusts directly into iron, for making steel. -susy.quest.db.570.title=Polyethylene, 4x Faster -susy.quest.db.570.desc=The §aPhilips Catalyst§r is the first available catalyst for the polymerization of §cpolyethylene. §rIt makes the process §bfour times faster§r. §rIt is also required for§7 polypropylene§r. %n%nTo obtain it, you need 2 major components. %n%nThe first component, §cchromium trioxide§r, can be obtained as an intermediate of the §achromium processing chain§r（see the other page）. %n%nThe second component is§a silica gel§r. The easiest way to obtain silica gel is to first produce a§6 diluted sodium silicate solution§r, which you distill into the regular§6 sodium silicate solution§r. React the sodium silicate gel with §9hydrogen chloride §rto obtain §7wet silica gel§r, which is dried to obtain the final§7 silica gel§r.%n%nAlloy the chromium trioxide and the silica gel to obtain the§c Philips catalyst§r.%n -susy.quest.db.571.title=Tablets -susy.quest.db.571.desc=§6Tablets §rare built by placing a §6tablet case§r into an assembler, configuring as desired and assembling it. %n%nTablets act as §9portable computers§r that cannot directly interact with the world.%n%nThe §6tier 2 tablet§r also allows installing §6a single container upgrade§r. The slot provided by the container can be accessed by opening the tablet's alternative GUI, by [§aShift-right click§r]ing with the tablet in hand. This will also forcibly shut down the tablet. -susy.quest.db.572.title=Drones -susy.quest.db.572.desc=§6Drones§r are built using a §6drone case§r in the assembler. %n%nThey are capable of moving differently and much quicker than robots, and are usually controlled using a client program on a computer. %n%nThe drone will need a§6 configured EEPROM §rto listen for commands to be executed or act on its own. -susy.quest.db.573.title=Microcontroller -susy.quest.db.573.desc=§6Microcontrollers§r are built using a microcontroller case in the assembler. %n%nThey have less functionality compared to computers, and they can §cnot interact§r with external components. As you can't insert a hard disk drive into a microcontroller, all programming should be done on the §cEEPROM§r.%n%nThey have an advantage over computer cases, in that they can also make use of some upgrades, such as the piston upgrade. -susy.quest.db.574.title=Server Rack -susy.quest.db.574.desc=The Server Rack §6houses up to 4 Servers§r, which are computers in item format. Its main advantage is the support for §6multiple Component Buses§r, enabling control of more components than a normal computer.%n%nIn addition, the Server Rack §6acts as a Power Distributor and Switch§r. Each server slot can be configured to §6connect to one side directly§r.%n%nThe Server Rack can also §6house a Terminal Server§r, which enables a §6Remote Terminal to connect wirelessly§r. It can accommodate up to §6four Remote Terminals at a time§r.%n%nOn the left, there are §6four slots for components§r, where only Servers and Terminal Servers can be placed. %nThe middle section consists of §6five vertical lines§r, each corresponding to a side of the rack（excluding the front）.%n%nWhen a server is inserted, a §6'primary' node§r is added to each vertical line. Clicking on one of these nodes §6connects the Server to the side of the case controlled by that line§r. If the server contains a Network Card, §6smaller nodes§r are created under the primary node for each network card present. Clicking on these smaller nodes §6connects the network card to a side of the case§r, allowing communication through the network side.%n%nThe Server Rack has a §6'Relay Mode' button§r in its GUI. When §6enabled§r, modem messages and power pass through the rack like a cable. When §6disabled§r, different networks on different sides remain isolated.%n%nTo access servers inside the case, §6right-click on them in the front of the Server Rack§r. This opens their component view. To reopen the Server Rack GUI, §6right-click on the side of the Server Rack§r or above/below any installed Servers.%n%nWired network messages can be sent §6between Servers with Network Cards§r. These Network Cards must be §6configured in the Server Rack GUI§r to share a side. The §6unused side of the case§r is ideal for Server-Server internal networking without cross-talk outside the case.%n%nAdditionally, the Server Rack features a §6Relay Mode§r, which §6repeats wired network packets to external components connected to the rack block§r. -susy.quest.db.575.title=Robots -susy.quest.db.575.desc=Unlike computers, §6robots§r§r can move around and interact with the world much like a player can.%n%nRobots can be upgraded with previously mentioned devices, including Entity Detectors.%n%nThey §d§ccan not interact with external components§r, however! If you need to communicate with a computer or other robots, use a§6 Wireless Network Card§r.%n%n§6Robots are built by placing a Computer Case in an Assembler. %n§r%nYou can check the Robot API here：§9https://ocdoc.cil.li/api:robot -susy.quest.db.576.title=Tier 1 Server -susy.quest.db.576.desc=A §6Server§r can contain components like a Computer Case. %n%nOpen a§6 Server §rby having it selected in your hotbar and§ [§aRight Click§r]ing. A configured server can be placed into a §6server rack§r, where it can then be powered on and perform like a normal computer. %n%nServers can be controlled using a §6Remote Terminal§r, which will act like a portable §6Screen+Keyboard combo§r for the server. -susy.quest.db.577.title=Terminal Server -susy.quest.db.577.desc=The §6Terminal Serve§rr can be bound to §6remote terminals§r which provides a remote accessible tier 3 screen and keyboard. %n%nTerminal servers need to share a §6configured side§r（see the rack gui）with a server blade to be connected. Terminal servers have a range limit equal to a tier 2 wireless card. -susy.quest.db.578.title=Advanced Thruster Jetpack -susy.quest.db.578.desc=The §6Advanced Thruster Jetpack §ris a more advanced version of the electric jetpack, unlocked at HV. It has a §ehover mode§r that can be toggled by a hotkey. -susy.quest.db.579.title=Beans on Toast -susy.quest.db.579.desc=§7Toast §rcan be enhanced with §6baked beans §rfor a higher saturation content.%n%nBaked beans are made by mixing beans and tomato sauce, and then cooking them. -susy.quest.db.580.title=Power Generation -susy.quest.db.580.desc=This chapter will cover most methods to produce power / ways to upgrade existing power system -susy.quest.db.581.title=Geolyzer -susy.quest.db.581.desc=The §6Geolyzer§r scans its surroundings for the§c hardness §rof blocks. It can scan up to§6 32m §rup and down.%n%nThe returned values are the hardness values of the scanned blocks. %n%nThis is useful for §6detecting ores§r（which are usually harder than stone）and for generating 'maps' that can be displayed on the Hologram Projector. %n%nYou can find more about its API here：§9 https：//ocdoc.cil.li/component：geolyzer -susy.quest.db.582.title=Motion Sensor -susy.quest.db.582.desc=The §6Motion Sensor§r allows detecting movement of entities, as long as a direct line of sight is given. You can find more about the API here：§9https：//ocdoc.cil.li/component：motion_sensor -susy.quest.db.583.title=Navigation -susy.quest.db.583.desc=The §6Waypoint§r provides functionality for robots and drones with a navigation upgrade. %n%nThe position reported is the block directly in front of the waypoint, as indicated by the particle effects. This allows the waypoint block to be placed above a §6chest§r, for instance, to be able to determine the position of the block directly above the chest.%n%nWaypoints can be labeled and provided with a §credstone signal§r. %n%nThe waypoint block can be located using the §7findWaypoints（）§r function in the navigation component. This allows the robots or drone to find all waypoints within a certain range; the function returns the label of the waypoint, the position of the waypoint in relative coordinates, as well as the redstone level of the waypoint. -susy.quest.db.584.title=Data Block -susy.quest.db.584.desc=The §6Data Block §r§rprovides the functionality of a Data Card but in block form. -susy.quest.db.585.title=Transposer -susy.quest.db.585.desc=The §6Transposer §rallows the transfer of §bfluids and items §rto adjacent blocks.%n%nMore info can be found on the Transposer API here：§9https：//ocdoc.cil.li/component：transposer -susy.quest.db.586.title=Security Doors -susy.quest.db.586.desc=The §6Security Doors§r can only be operated using the §6Door Controller§r. %n%nCan only be broken by the person who placed it.%n -susy.quest.db.587.title=Etched Silicon Dioxide Wafer -susy.quest.db.587.desc=The §6Patterened Silicon Dioxide Wafers §rare then §6etched§r in a §cMV Chemical Bath §susing Hydrofluoric Acid.%n%n§rNote：Requires cleanroom.§r -susy.quest.db.588.title=Hologram Projector -susy.quest.db.588.desc=The §3Hologram Projector§r projects a hologram in the area over it. %n%nThe size of the hologram can be scaled from 1x1x1 to 9x9x6.%n%nThe number of 'voxels' will stay the same, regardless of scale though. It has resolution of 48x32x48 monochrome voxels（they can either be on or off）. %n%nThe second tier of the hologram projector is also capable of displaying colored voxels. -susy.quest.db.589.title=Rolldoors -susy.quest.db.589.desc=§6Rolldoors §rcan be controlled via an OpenComputers system.%n%nHere's a video on how to set them up：§9https：//www.youtube.com/watch?v=ab-SApBGlY4 -susy.quest.db.590.title=Security Terminal -susy.quest.db.590.desc=The §6Security Terminal §rallows you to protect the blocks in an area from getting mined by unauthorized users. -susy.quest.db.591.title=Open Upgrades -susy.quest.db.591.desc=§5Upgrades§r can be used to enhance a device's capabilities.%n%nThe §7Battery Upgrade§r increases a device's energy capacity.%nThe §7Card Container§r allows you to add more cards.%nThe §7Crafting Upgrade§r allows robots to use the top left of their inventory as a crafting table.%nThe §7Inventory Upgrade§r provides inventory to a robot.%nThe §7Inventory Control§r Upgrade provides the capability to act on other inventories.%nThe §7Database Upgrade§r allows robots to store more information.%nThe §7Navigation Upgrade§r provides information about the machine's position.%nThe §7Piston Upgrade§r allows machines to move blocks. %nThe §7Tractor Beam Upgrade§r acts as a magnet.%nThe §7Upgrade Container§r allows you to add upgrades to an already assembled device. -susy.quest.db.592.title=Zone Refiner -susy.quest.db.592.desc=§eSilicon Boules§r need to be §6refined§o§r before being cut into wafers.%n%nThe §cZone Refiner §rpasses a hot coil over the boule and melts off impurities.%n%nThis quest requires either a LV or MV Zone Refiner. -susy.quest.db.593.title=§c§lWAR -susy.quest.db.593.desc=Make an §6MV Weapons Factory §rto access the MV-tier guns, such as the M4, the Thompson, the AK-47 and the Mac 1§%n0. -susy.quest.db.594.title=The Infiltrator -susy.quest.db.594.desc=The §6M4 Assault Rifle §r§ris one of the guns you can make at MV. It uses §cAssault Rifle Magazines §ras ammo. -susy.quest.db.595.title=Blya... -susy.quest.db.595.desc=The §6AKM Assault Rifle §r§ris one of the guns you can make at MV. It uses §cAssault Rifle Magazines §ras ammo. -susy.quest.db.596.title=Mac 10 -susy.quest.db.596.desc=The §6Mac 10§r is a sub machine gun you can make at MV. It uses SMG Magazines as ammo. %n%nIt has a damage penalty if it is dual-wield. -susy.quest.db.597.title=Thompson -susy.quest.db.597.desc=The §6Thompson §ris a §ctwo-handed§r sub-machine gun（SMG）you can make at MV. It uses §6SMG Magazines §ras ammo. -susy.quest.db.598.title=Raw Electrum -susy.quest.db.598.desc=§6Electrum §rdeposits can be found naturally. They contain a source of §7Silver §rand §6Gold§r. -susy.quest.db.599.title=Ocean Drill -susy.quest.db.599.desc=The §bOcean Drill§r is an electric machine that collect§b 8,000 L of seawater per second §rif its§c controller §ris placed between altitude levels §970 and 75 §rin an ocean.%n%nThe Ocean Drill requires：%n§6%n- 1 Ocean Drill Controller%n- 300 Steel Frame Boxes%n- 16 Grate Machine Casings%n- 91 Solid Steel Machine Casings%n- 36 Steel Pipe Casings%n- 1 Maintenance Hatch%n- 1 MV Energy Hatch%n -susy.quest.db.600.title=Auto Chisel -susy.quest.db.600.desc=The §6Auto Chisel §rcan chisel blocks §aautomatically§r.%n%nThe §6Auto Chisel §rrequires a §6chisel §rto be placed into the top middle slot to work. %n%nThe block to be created is placed into the bottom middle slot, and blocks to be chiseled should be in the left slots. %n%nThe machine will output to the right slots.%n%nThe machine can hold up to 10,000 FE（2,500 EU） -susy.quest.db.601.title=Elevators -susy.quest.db.601.desc=§6Elevators §rcan transport you up and down quite quickly, but they require a §emotor§r. -susy.quest.db.602.title=Carbon Arc Lamp -susy.quest.db.602.desc=The carbon arc lamp was the §9first widely-used type of electric light§r, functioning via a graphite electrode.§r%n§c%nCarbon Arc Lamps §rare required in crafting higher-tier torches, like the Mega Torch. -susy.quest.db.603.title=Chemical Bath -susy.quest.db.603.desc=The §6Chemical Bath §rdoes exactly what it says on the tin. It bathes stuff in chemicals. -susy.quest.db.604.title=Chemical Dyes -susy.quest.db.604.desc=Mixing §7Salt§r, §6Sulfuric Acid§r and any dye will create chemical dye fluid. This can be solidified for chemical dye items, which can be cycled back in to create even more dye. -susy.quest.db.605.title=Mega Torch -susy.quest.db.605.desc=The §6Mega Torch §rscares away zombies and keeps them from coming within 32 meters of the torch. -susy.quest.db.606.title=Dread Lamp -susy.quest.db.606.desc=The §7Dread Lamp §rscares away animals and prevents animals from coming within 32 meters of the lamp. -susy.quest.db.607.title=Terrain Lighter -susy.quest.db.607.desc=The §6Terrain Lighter §r§rautomatically places torches in a 32-meter radius of it. -susy.quest.db.608.title=Construction Foam -susy.quest.db.608.desc=The §6Construction Paste§r can mimic the appearance of any other block, but cannot perform the same functions.%n%n（Does not give off light, no redstone signals, etc）.%n -susy.quest.db.609.title=Dimensional Pipes -susy.quest.db.609.desc=§6Vertically Stacking Pipes §r§rcan transport items, fluids and energy between the surface and the §7Beneath §rand §4Nether§r. -susy.quest.db.610.title=Open Modular Passive Defense -susy.quest.db.610.desc=Open Modular Passive Defense §6Blocks §rand §6Fences §rare owned, it means that §conly the owner can break them instantly§r. %n%nThe owner of OMPD electric fences also doesn't take damage from his own fences. Everyone else does, though. -susy.quest.db.611.title=MV Automated Defenses -susy.quest.db.611.desc=A §6Tier 3 §rturret base, head and chamber is required to make §6MV§r-tier turrets. -susy.quest.db.612.title=Grenade Launcher Turret -susy.quest.db.612.desc=The Grenade Turret shoots grenades at whatever gets into a 25m radius of it. It needs a Tier 3 or higher turret base. %n%nIt uses §48000 RF§r（2000 EU）per shot, and it shoots 2 times per second.%n%nIt uses grenades as ammo. The grenades do an immense amount of damage. -susy.quest.db.613.title=Relativistic Turret -susy.quest.db.613.desc=The Relativistic Turret shoots nearby enemies on top of a player. Its radius is 20 meters. It needs a Tier 3 or higher turret base. %n%nIt uses §45,000 RF§r（1250 EU）per shot, and it shoots 2.5 times per second.%n%nNote：This currently has no recipe. -susy.quest.db.614.title=High Voltage, Higher Power -susy.quest.db.614.desc=I don't even need to tell you what to do. -susy.quest.db.615.title=Superconductor Assembly -susy.quest.db.615.desc=Combine §6Copper Wires§r, §7Manganese Phosphide §rwire and a §6Copper §rfoil to make Manganese Phosphide Assembly. -susy.quest.db.616.title=Superconductor Base -susy.quest.db.616.desc=§6Extrude §rthe Superconductor Assembly to make a Base Superconductor, which has to be §bcooled in liquid Oxygen §rto become a real Superconductor. -susy.quest.db.617.title=LV Superconductor -susy.quest.db.617.desc=Your first superconductor, §6Manganese Phosphide Wires§f, are made by using a §aChemical Bath§f to immerse base manganese phosphide wires in a very cold coolant. For now, §bLiquid Oxygen§f is the only available coolant that can activate manganese phosphide.%n%nThis process creates 1x wires. As with other wires, you can combine them up to 16x wires for more energy transfer.%n%nEven though these may not shock you and do not need to be insulated by rubber, §cthese superconductors are still susceptible to getting destroyed by overwhelming voltage.§f You will need to create higher-tier superconductors to handle higher-tier voltages. -susy.quest.db.618.title=LV Superconductor Material -susy.quest.db.618.desc=§6Manganese Phosphide §rcan be made by mixing manganese and phosphorus dusts. It is the main material for §cLV Superconductor§r.%n%nFirst, mix §6manganese §rand §7§ephosphorus §r§r§rneed to be mixed in an §b§cLV Mixer §rand then smelted in an §cEBF§r. Alternatively, smelt §6manganese §rand §7phosphorus§r in an §8§7LV§r §9§cTube Furnace§r to get 2x more §6Manganese Phosphide §rcompared to the §cLV Mixer§r method.%n%nFor more info on how to produce these elements, you can look in the Periodic Table tab. -susy.quest.db.619.title=MV Superconductor -susy.quest.db.619.desc=No Description -susy.quest.db.620.title=Cleanroom -susy.quest.db.620.desc=The §2Cleanroom§r is a hollow multiblock free of contaminants. Most new circuit-related recipes, as well as some unique things like §3§r, will need to be run in machines inside a Cleanroom. %n%nOnce built, the Cleanroom must be well-maintained and powered for a while to clean the inside all the way to §6100%%§r. The Cleanroom's power draw will decrease once it fully cleans itself. %n%nProcesses requiring the Cleanroom will §conly§r run when inside a §c100%% cleaned§r Cleanroom; if not, the recipe will not start, or recipe progress might be lost. %n%nThe Cleanroom can be built in any size between 5x5x5 and 15x15x15. The Controller is placed in the center of the top face, and the rest of the top face is built from §3Filter Casings§r. The rest of the wall space is filled with §3Plascrete§r or §3Cleanroom Glass§r. Glass can not be placed on the edges§r.%n%nFor transfer between the clean environment and the outside world：%n- Items and fluids through §3Passthrough Hatches§r. They automatically input from one side and output from the opposite side.%n- Energy through §bGregTech §3Hulls§r or §3Diodes§r（of any tier）. Note that Diodes can transport up to §e16 amps§r, whilst Hulls can only transport §e1 amp§r.%n- Players through an §I§7Iron Door§r. The room remains clean when doors are opened.%n%nYou will also need an §3Energy §rand §3Maintenance Hatch §rfor cleaning. §3%n%n§rThe wall space must be at least 75%% §3Plascrete§r or §3Cleanroom Glass§r. %nThe floor block directly under the controller must also be §3Plascrete§r or §3Cleanroom Glass§r.%nGT generators and Muffler Hatches are §cnot allowed§r in Cleanrooms. -susy.quest.db.621.title=Plascrete -susy.quest.db.621.desc=§6Plascrete §ris made by combining §7Polyethylene§r, Concrete and a §8Steel Frame Box§r. %n%nPlascrete blocks are used in the §9Cleanroom§r, but they're also a good material to use while making a §ag§2r§ae§2g§ai§2c §o§rbase. -susy.quest.db.622.title=Spark of Innovation -susy.quest.db.622.desc=If you want to be even more efficient, you could switch some of those LV and MV processing lines for §eHV machinery§r.%n%nElectric machines §5overclock§r, this means that for every extra tier each process is approximately §d2 times §rfaster. Let's make an HV Assembler. -susy.quest.db.623.title=You're not stopping here, right? -susy.quest.db.623.desc=Let's make the §6HV Electric Motor§r. This time the wire is §6electrum §r（silver and gold combined）. -susy.quest.db.624.title=[§c§lH§r]ea[§c§lV§r]y Weaponry -susy.quest.db.624.desc=The §eHV Weapons Factory §runlocks a large amount of weapons, such as machine guns and sniper rifles, as well as a higher-tier §cTurret§r. -susy.quest.db.625.title=SCAR -susy.quest.db.625.desc=The§6 SCAR§r is an HV, two-handed §6assault rifle§r. It uses §6rifle magazines§r as ammo. -susy.quest.db.626.title=Thunderdome -susy.quest.db.626.desc=The Rocket Launcher Turret shoots a §chigh-accuracy Rocket§r at whatever gets into a 30m radius of it. It needs a Tier 4 or higher turret base. %n%nIt uses §45000 RF§r（1250 EU）per shot, and it shoots 0.7 times per second. -susy.quest.db.627.title=Vector -susy.quest.db.627.desc=The Vector is an HV, two-handed §dsub-machine gun§r. It uses§6 SMG magazines§r as ammo. -susy.quest.db.628.title=AUG -susy.quest.db.628.desc=The §6AUG§r is an HV, two-handed§6 assault rifle§r. It uses §7assault rifle §rmagazines as ammo. -susy.quest.db.629.title=Light Machine Gun -susy.quest.db.629.desc=The LMG is an HV, two-handed light §6machine gun§r. It uses LMG magazines as ammo. -susy.quest.db.630.title=AS-50 -susy.quest.db.630.desc=The §6AS-50§r is an HV, §dtwo-handed sniper rifle§r. Due to its large size, it uses specialized §7AS50 magazines§r as ammo. -susy.quest.db.631.title=Incendiary & Explosive Rounds -susy.quest.db.631.desc=§6Ammunition Rounds §rcan be turned into §cIncendiary Rounds §rjust with a sprinkle of White Phosphorus.%n%nSniper Rounds can be turned explosive using Glyceryl Trinitrate. -susy.quest.db.632.title=SMD Transistor -susy.quest.db.632.desc=Using§6 SMDs（Surface Mounted Diodes）§r is a more efficient way to make circuits.%n%nThe §6SMD Transistor§r can be made in 2 ways：%n%n- Using a §cSilicon Dioxide Wafer §rand a wire of metal（either copper or aluminium）%nThe Silicon Dioxide wafer can be obtained by roasting a normal Wafer with oxygen.%n%n- Using an §cInsulated Wafer§r%nThis process requires Zirconium, so it's not available right now. This is technically more efficient. -susy.quest.db.633.title=SMD Resistor -susy.quest.db.633.desc=Using §6SMDs（Surface Mounted Diodes）§r is a more efficient way to make circuits.%n%n- Combining a §6substrate§r（either a wafer or stainless steel）and a §c§cplastic §r（polyethylene or PVC）to make a §2Thick Film Wafer§r%n%n- Patterning the wafer in an §9Electron Beam Lithographer§r%n%n- Combining it with a §7Ceramic Thick-Film Paste §r（made with Sodium Hydroxide Solution and §dLead Oxide§r）%n -susy.quest.db.634.title=SMD Capacitor -susy.quest.db.634.desc=The §6SMD Capacitor§r has 4 ways to make it：%n%n- §bAluminium Electrolytic Route§r%n %nCombine an Aluminium Foil and Paper to make Capacitor Rolls.%nAdd Manganese Dioxide or Borax Electrolyte to it to make an Aluminium Capacitor.%nAssemble the Capacitor using an Assembler.%n%n- §6Ceramic route§r [Needs less resources]%nNeeds Alumina, Glue and Aluminium and about 5 steps to make a Ceramic Capacitor.%n%n- §eThin film route§r%nRequires Aluminium, Polyethylene and Polydimethylsiloxane to make a Thin Film Capacitor.%n%n- §7Tantalum electrolytic route §r[Most efficient]%nRequires Tantalum, a Sintering Oven and some Manganese Oxide to make a Manganized Tantalum Chip. -susy.quest.db.635.title=SMD Diode -susy.quest.db.635.desc=Using §6SMDs（Surface Mounted Diodes）§r is a more efficient way to make circuits.%n%nThe SMD Diode can be made by：%n%n- Doping a Wafer with an §bN Dopant §rand cutting it in a§3 Cleanroom§r%n%n- Combining this§b N Doped Chip§r with a metal foil, such as gold -susy.quest.db.636.title=SMD Inductor -susy.quest.db.636.desc=Using§6 SMDs（Surface Mounted Diodes）§r is a more efficient way to make circuits.%n%nThe SMD Inductor can be made by：%n%n- Combining a ring of either§d Nickel Zinc Ferrite §ror §4Manganese Zinc Ferrite §rwith a wire of Cupronickel.%n%n- Later on you can use §6Strontium Ferrite,§9 Cobalt Ferrite, or §bBarium Ferrite§f for higher efficiency. -susy.quest.db.637.title=Froth Flotation -susy.quest.db.637.desc=Using some fancy chemicals you've unlocked recently, you can concentrate impure ore dusts using §6Froth Flotation.§f §cClarifiers§f may also be needed for some concentration processes.%n%nThis will be needed to process certain rare ore dusts, but you can use froth flotation to get §cdouble§f the ores out of other impure ore dusts. Chemicals used will vary by ore. Use JEI.%n%nFroth Flotation involves taking impure ore and turning it into a slurry. This slurry is then placed in a§6 froth flotation machine§r. Inside the machine, bubbles are created with the help of a substance called§b frother§r. These bubbles have collector molecules on their surfaces, which attract and bind to the ore particles.%n%nAs a result, the ore particles rise to the top of the machine along with the bubbles. If needed, §cactivators§r are used to enhance the binding of the ore particles with the collectors. On the other hand, §edepressants§r are used to deactivate unwanted gangue particles and prevent them from binding to the collectors on the bubbles. -susy.quest.db.638.title=Jetpack -susy.quest.db.638.desc=The §6Liquid-Fueled Impeller Jetpack §rprovides a good LV flight option. It uses §6gas turbine fuels（such as oil fractions）§ras fuel.%n%n§lYou fuel the jetpack by putting it in a Canning Machine along with the combustion fuel of your choice.%n%n§aHover Mode §rcan be toggled with a hotkey. Check the controls page for more info. -susy.quest.db.639.title=Electric Jetpack -susy.quest.db.639.desc=The §bElectric Jetpack §ris the first option of §belectric §rpowered flight, at MV. It has a §aHover Mode §rwhich can be activated via a hotkey. Check the Controls tab for more info. -susy.quest.db.640.title=Gas Mask -susy.quest.db.640.desc=If you wish to survive the possible §6gas attacks§r, a §3gas mask§r is going to be a must have. %n%nIt will allow you to §cgo through gases without having to concern about their toxicity§r. It will as well grant the armor rating of a leather helmet. -susy.quest.db.641.title=The "Real" Distillation Tower -susy.quest.db.641.desc=The §6Distillation Tower§r is a multiblock that can be used to break down all of the fractions of §7Oil§r at the same time, without requiring 10 different Distilleries.%n%nThe Distillation Tower is a highly flexible multiblock structure, able to be anywhere from §62 blocks high to up to 13 high§r（12 fluid outputs）.%n%nEach level of the tower after the first will output a different fluid from the §6distillation process.§r%n%nAlso, any recipe that has an item output will need an §6Output Bus§r, anywhere on the bottom layer.%nThe §2Input Hatch§r can go anywhere on the bottom layer.§r%n%nThe §6controller§r goes in the middle of an edge of the bottom layer. The §6Energy Input Hatch§r can go anywhere on the bottom layer. -susy.quest.db.642.title=Chloroform [1-3] -susy.quest.db.642.desc=§7Polytetrafluoroethylene§r is an important polymer（plastic）because it cannot react to most chemicals. %n%nIt is required for §6large chemical reactors§r, making it a necessity in later voltages. It is polymerized from §6tetrafluoroethylene§r. To produce tetrafluoroethylene, the following processes are used.%n%n50L Methane + 250L Chlorine in a CSTR will produce a 200L of a §6chlorinated methane mixture§r.%n%nDistilling 4000L of this mixture in a tower will produce：%n250L Carbon Tetrachloride%n250L Chloroform%n250L Dichloromethane%n250L Chloromethane%n2500L Hydrogen Chloride%n%n§6Chloroform（CHCl3）§ris what we want to use to produce §6tetrafluoroethylene§r. In order to convert some of the lesser chlorinated products such as Chloromethane and Dichloromethane, you can react those chemicals with more chlorine and distill the products to get more chloroform.%n -susy.quest.db.643.title=Tetrafluoroethylene [4-6] -susy.quest.db.643.desc=100L of Hydrogen Fluoride and 50L of Chloroform in a §cCSTR§r produces 150L of §6Acidic Chlorodifluoromethane§r. %n%nPyrolysis of 6000L of Acidic Chlorodifluoromethane produces 5000L of §6Acidic Tetrafluoroethylene§r.%n%nCentrifuging 5000L of Acidic Tetrafluoroethylene with 4000L of water will produce 1000L of §6Tetrafluoroethylene§r and 4000L of Hydrochloric Acid.%n -susy.quest.db.644.title=Polytetrafluoroethylene [Steps 21-23] -susy.quest.db.644.desc=Now it is time to §6polymerize the tetrafluoroethylene§r. %n%nThe Fluorinated Detergent Mixture is produced from 13 §6PFOA（perfluorooctanoic acid）dust§r and 500L of water. %n%nWe produce 1500L of §6Tetrafluoroethylene Emulsion §rfrom 1000L of Tetrafluoroethylene and 500L of Fluorinated Detergent Mixture.%n%nThen, we take 1500L of this emulsion and 1 Tiny Potassium Persulfate Dust in a §cpolymerization tank §rto produce 500L of §6Polytetrafluoroethylene Solution§r, which is dried to produce §l§c§l7 PTFE Dust§r and 500L of Fluorinated Detergent Mixture§r, so you can loop the mixture back into the processing line.%n%n%n%n%n -susy.quest.db.645.title=Elytra -susy.quest.db.645.desc=The §6Elytra §ris made with PTFE and is a good alternative to §cjetpack flight. -susy.quest.db.646.title=LV Item Magnet -susy.quest.db.646.desc=The§7 Item Magnet§r allows you to pick up items from the ground at a high distance. -susy.quest.db.647.title=Cracking Unit -susy.quest.db.647.desc=The §6Oil Cracking Unit§r gives you higher yields from cracking oil fractions. Only §6Kerosene, Naphtha and Gasoline§f can be cracked.%n%nMany organic substances offer the option of being §6Severely§r or §6Lightly§r cracked, as well as §4Hydro§r or §7Steam§r cracked, with each one granting different ratios of distillates.%n%nThis is needed if you want to get new chemicals such as §9butadiene§f out of fuel.%n%nCheck JEI to see how to build it. -susy.quest.db.648.title=The Ziegler Process [Steps 7-12] -susy.quest.db.648.desc=§6Ethanol §rgoes in a§c reaction furnace§r to produce §bImpure Diethyl Ether§r, which is §cdistilled §r§rto make §bDiethyl Ether.%n§r%nDiethyl Ether, Ethylene and Trialkylaluminium are combined in a §cbatch reactor§r and then §cdistilled§r to make§6 Aluminium Alkoxide Mixture§r. This also makes Diethyl Ether again that you can loop back into the line.%n%nAluminium Alkoxide Mixture is §ccombined§r to make a §6Ziegler Alcohol Mixture§r. -susy.quest.db.649.title=PFOA Dust [Steps 13-20] -susy.quest.db.649.desc=§lIMPORTANT：YOU DO NOT NEED TO AUTOMATE THIS, THIS IS A ONE TIME PROCESS AS YOU CAN RECYCLE P.F.O.A.%n%n%n§l§r1500L §6N-octanol §r+ 8 Chromium Trioxide Dust + 3000L Sulfuric Acid + 500L Acetone --> 1500L §6Caprylic（octanoic）acid§r + 500L §6Chromium Sulfate Solution§r in a §cBatch Reactor§r.%n%n1000L §6Caprylic acid§r + 1000L §6Thionyl Chloride§r --> 1000L §6Octanoyl Chloride §r+ 1000L Sulfur Dioxide + 1000L Hydrogen Chloride%n%n1000L of§6 Octanoyl Chloride§r + 15000L of Hydrofluoric Acid§c §f--> §r1000L of §6Fluorinated Octanoyl Chloride§r + 15000L Hydrogen using a cobalt and nickel plate as an electrode.%n%n§cDistillation§r of 1000L Fluorinated Octanoyl Chloride will produce 150L of§6 Perfluorooctanoyl Fluoride§r. §cReact 1：1 with water§r to produce §6PFOA solution§r, which is further §cdistilled§r§r. -susy.quest.db.650.title=Better Building -susy.quest.db.650.desc=The chisel is only the first of many tools to assist you in building the perfect base for your needs. Scroll down to the §6"Better Building"§f section in the questbook to explore more building tools to consider, from §cdefensive blocks§f to §cbuilding gadgets. -susy.quest.db.651.title=Even More Ammonia -susy.quest.db.651.desc=The §6Haber Process§f is used to create §9ammonia§f more effectively.%n%nYou react air or nitrogen with hydrogen in a reaction furnace for ammonia-rich gas, which is washed with water to extract a solution of ammonia, which can be distilled to release the ammonia. §6Look in JEI for more details.§f%n%nThe leftover ammonia reaction gases from the washing can be fed into another reaction furnace for even more ammonia. -susy.quest.db.652.title=Acetylene -susy.quest.db.652.desc=§9Acetylene§f is one option you could use for creating §bvinyl chloride.§f%n%nAcetylene is made by reacting Calcium Carbide with Water, and Calcium Carbide is made by smelting Quicklime with Carbon in an Advanced Arc Furnace. -susy.quest.db.653.title=ULPIC -susy.quest.db.653.desc=§6ULPIC Wafers（Ultra Low Power Integrated Circuit）§f are made the same way as Integrated Circuit Wafers, with the only difference being the §bphotolithography mask§f used.%n%nThese, along with more advanced power integrated circuits, will be needed in§a MV Energy Hatches§f and above. -susy.quest.db.654.title=Gaspunk -susy.quest.db.654.desc=No Description -susy.quest.db.655.title=Nerve Agents -susy.quest.db.655.desc=§cNerve Agents,§f when bottled into a gas grenade, will be some of the deadliest chemical weapons you can use. These include：%n%n- §9Sarin§f%n- §bVX§f%n- §aNovichok A230§f%n%nThese are unlocked at §6HV§f/§5EV§f, and their production methods can be viewed in JEI. §cCaution is advised. -susy.quest.db.656.title=Not as good as MSG -susy.quest.db.656.desc=§6Salt§f will be used in several industrial processes later in the game, as well as food. It may be a good idea to stock up on this as you go on. -susy.quest.db.657.title=Superconductors -susy.quest.db.657.desc=§aSuperconductors§f are basically fancier wires. §cThey don't need to be covered with rubber,§f and more importantly, §cthey don't have electrical loss.§f%n%nYou can extend these as far as possible and you will not need to worry over whether the electricity in them stays intact.%n%n§aSuperconductors§f are great additions to your ever-complicating base. Scroll down to the §b"Cryo & Superconductors"§f section of the questbook §6for more information on how to make them.§f -susy.quest.db.658.title=A Chemist's Dream -susy.quest.db.658.desc=Moving forward, §6chemicals§f will become more and more important in technological progress. Due to the complexity of some of the chemical manufacturing processes, they may not be fully covered in the progression tabs alone.%n%nHowever, luckily for you, we have a §c"Chemistry"§f chapter, which you can find by scrolling down. That section will go more into detail on the chemistry lines if you are confused. -susy.quest.db.659.title=Steam Cracking Beta V0.1 -susy.quest.db.659.desc=If you have §7Oil§f and don't feel like using §6Ethanol§f to create §cEthylene,§f then check this out.%n%nChemicals like §6Ethane §rand §6Propane§f are obtained from distilling desulfurized oil fractions. %n%nThese chemicals can be roasted with §7Steam §rto create Steam Cracked fractions, which can be distilled down to §6Ethylene§r. -susy.quest.db.660.title=Artificial Dyes -susy.quest.db.660.desc=Getting dyes from natural sources can be pretty annoying. Cactus green may be virtually nonexistant for some of you. Luckily, you can make your own dyes with the magic of chemistry.%n%nBrown%n- Sienna%n%nRed%n- Burned Sienna%n- Cinnabar%n%nYellow%n- Lead Chromate%n%nGreen%n- Malachite%n- Scheele's Green%n%nBlue%n- Cobalt Aluminate%n%nWhite%n- Lead Nitrate%n%nBlack%n- Carbon -susy.quest.db.661.title=Waste Management -susy.quest.db.661.desc=Industrialization is not exactly a clean process. Along the way, you'll generate huge amounts of §ewaste gases, wastewater, ash, and other unpleasant fluids.§f%n%nLuckily however, there are several methods to deal with those things, such as the §bsmoke stack and dumper.§f The quests to the right will go more into detail. -susy.quest.db.662.title=MV Superconductor -susy.quest.db.662.desc=Extruding and then cooling the canned magnesium diboride will create MV-tier superconductors. -susy.quest.db.663.title=MV Superconductor Material -susy.quest.db.663.desc=Mixing magnesium and boron together creates magnesium diboride dust. §cHowever, do not attempt to smelt this.§f -susy.quest.db.664.title=Food Options -susy.quest.db.664.desc=Edibles do not just give saturation. They can also give you §6status effects§f to assist you in sticky situations, or just general gaming.%n%nScroll down to the "Food Options" category in the questbook to explore more... food options. -susy.quest.db.665.title=Tons Of Hydrogen -susy.quest.db.665.desc=Using a reaction furnace, some methane（or natural gas）, some steam, and a catalyst, you can create reformed syngas, which can be separated in a P.S.A. to give a lot of hydrogen. This is far better than electrolyzing water, so consider setting this up soon. -susy.quest.db.666.title="Ghost" Circuits -susy.quest.db.666.desc=Due to the amount of possible things to make from the same materials, you may have noticed in JEI that some recipes done by machines will need a §6Programmed Circuit.§f %n%nThese can be, for a lack of a better word, summoned, by clicking a circuit slot in the bottom right of the machine GUI. You can adjust the circuit's number in the GUI as well.%n%nIf you need a programmed circuit in an input bus of a multiblock, you can convert a LV circuit into a programmed circuit in a crafting table. -susy.quest.db.667.title=Metallurgy 101 -susy.quest.db.667.desc=Moving forward, you will need more and more new materials§f to unlock new technologies. So far you've been needing common metals like §aIron and Copper.§f Soon enough, you'll find yourself needing metals like §bPlatinum, Thallium, and Uranium.§f%n%nDue to the complexity of some of the metal extracting processes, §lthey may not be fully covered in the progression tabs alone.§r%n%nHowever, luckily for you, we have a §c"Periodic Table"§f category in the questbook, which you can find by scrolling down. §lThat section will cover most, if not all, of the ways to get each of the §6118 elements.§f§r%n%nYes, they are all needed. -susy.quest.db.668.title=Plunger -susy.quest.db.668.desc=If you ever need to get rid of some fluids clogging up your machines, the plunger is a handy tool. -susy.quest.db.669.title=Artificial Leather -susy.quest.db.669.desc=Using a bit of water, rotten flesh, and creosote, you can treat it to create leather. This will be handy if cows are too annoying to find, but zombies are plentiful. -susy.quest.db.670.title=Paper -susy.quest.db.670.desc=§ePaper§f can be produced a variety of ways.%n%nFor now, the only way is to grind wood into wood pulp using a steam macerator, crafting it water to create chad, and using a rolling pin to turn it into paper. Look in JEI for more info.%n%nLater on, you can use §6electrical machines§f and possibly even §bcellulose§f to greatly increase the efficiency of your paper making. -susy.quest.db.671.title=Extruding -susy.quest.db.671.desc=Manually crafting fancy parts like rotors can get annoying pretty quickly.%n%nLuckily, with the §6extruder,§f and some §cextruder molds,§f you can easily turn ingots right into whatever shape you need.%n%n§eThe rotor is not the only shape that can be extruded.§f Look in JEI to see what you can do with extruders and molds. -susy.quest.db.672.title=Canned Superconductors -susy.quest.db.672.desc=Unlike §6Manganese Phosphide§r, §4Magnesium Diboride§r and §8Mercury Barium Cuprate Oxide§r need to be canned and smelted in a §cTube Furnace§r before becoming a superconductor. -susy.quest.db.673.title=Advanced Cooling -susy.quest.db.673.desc=For stronger coolants, refrigerants will not be enough to provide the cooling needed to liquify gases.%n%nCreating stronger coolants such as liquid hydrogen and liquid helium will require other liquified gases in the cooling loop, such as liquid oxygen or liquid nitrogen. -susy.quest.db.674.title=Tube Furnace -susy.quest.db.674.desc=The tube furnace is specifically used to synthesize certain superconducting materials. -susy.quest.db.675.title=Liquid Hydrogen -susy.quest.db.675.desc=§1Hydrogen becomes a liquid at §c14K§r. This is low enough to activate §eHV§r superconductors. -susy.quest.db.676.title=HV Sup§r.676.desc=The process of making HV Superconductors is analagous to how MV Superconductors are made, except you need stronger coolants（like liquid hydrogen）and mercury barium calcium cuprate. -susy.quest.db.677.title=Liquid Helium -susy.quest.db.677.desc=Liquid Helium is even colder, at a temperature of 4K. This will be needed for several advanced applications. -susy.quest.db.678.title=Mercury Barium Calcium Cuprate -susy.quest.db.678.desc=Mercury Barium Calcium Cuprate is a mixture of the oxides of mercury, barium, calcium and copper. This isn't too advanced to make though. -susy.quest.db.679.title=Getting Titanium -susy.quest.db.679.desc=Titanium has 2 sources at this stage of the game：§6Vanadiferous Titanomagnetite,§f and §cIlmenite.§f Those are sourced from the Mining Drill only.%n%nWhat you'll want to do is process those dusts into Rutile. Both ores have different processing routes to get to Rutile, but Ilmenite is significantly easier to turn into Rutile, needing only 1 fluidized bed reactor step.%n%nNext, you'll want to react the Rutile with coke and chlorine in a Fluidized Bed Reactor, for Gaseous Titanium Tetrachloride.%n%nAfter several steps of purification, you should have normal Titanium Tetrachloride.%n%nPutting this normal Titanium Tetrachloride in an EBF with magnesium will give you a Titanium Sponge, which is just a few steps away from Titanium Ingots. You'll need better coils than just Cupronickel Coils for this though.%n%n§lYou will have to use fluid voiding mode on your EBF until you are able to put a quad fluid input hatch on your EBF. -susy.quest.db.680.title=The Big Boy -susy.quest.db.680.desc=The §6Large Chemical Reactor§r will be needed to carry out some more §cadvanced chemical processes §r§rlater on. It can handle as much as 6 inputs and outputs at the same time.%n%nAll §dOverclocks§r in the §3LCR§r are §6100%% efficient§r; each overclock will §5quadruple the speed§r, as opposed to doubling it. -susy.quest.db.681.title=Elytra Rockets -susy.quest.db.681.desc=Using some stainless steel and explosives, you can assemble some rockets to power your elytra flight. -susy.quest.db.682.title=Greggy Ore Processing -susy.quest.db.682.desc=You may have noticed that when you view the uses of ores in JEI, you can see an §6"Ore Byproducts List"§f page.%n%nThat page shows all the possible routes you can take to process that ore, to extract as much value as possible while obtaining some nice byproducts.%n%nYou can §cwash ores, centrifuge them, macerate them, or sift them,§f depending on what ore it is.%n%nYou will get tailings as a byproduct, which can be processed further to get stuff like §bcalcite§f or even §aemeralds§f from §2pegmatite tailings. -susy.quest.db.683.title=Coking Tower -susy.quest.db.683.desc=A §6coking tower§r is a specialized structure used in the process of §6converting bituminous residue into coke.§r -susy.quest.db.684.title=Name Tag -susy.quest.db.684.desc=If you ever need a name tag for some reason, you can simply assemble one using leather and some glue. -susy.quest.db.685.title=Brine Processing -susy.quest.db.685.desc=§6Brine §rcan be obtained using a Fluid Drilling Rig. It can be used to extract Boron, Lithium and Bromine.%n%nBrine§r needs to be evaporated twice in an Evaporation Pool to extract §6Very Concentrated Brine§r.%nVery Concentrated Brine is reacted with §7Hydrochloric Acid §rto make §6Boron-Free Brine§r.%nBoron-Free Brine is reacted with §9Sodium Carbonate§r to make §2Lithium-Free Brine§r.%n§3Chlorine §ris bubbled into Lithium-Free Brine to make §1§2Chlorinated Brine§r, which is then vacuum ejected to make §4Bromine§r.%n -susy.quest.db.686.title=Geothermal Energy -susy.quest.db.686.desc=All of the fluid deposits in the Nether are §clava fluid deposits.§f Using a §afluid drilling rig§f and a §bheat exchanger,§f you can turn water into steam using lava.%n%nThis steam can then be used to generate power. -susy.quest.db.687.title=The Gates Of Semiconductor Hell -susy.quest.db.687.desc=Silicon dioxide wafers are the base of many complex semiconductor-based technologies, such as NAND wafers for EV-tier circuits.%n%nThis is only the beginning. -susy.quest.db.688.title=The Heaviest of The Heaviest -susy.quest.db.688.desc=Putting the sulfuric oil residue in a vacuum distillation tower gives 3 new oil fractions：Bituminous Residue, Slack Wax, and Lubricating Oil.%n%n§6Lubricating Oil §rcan be upgraded into lighter fractions, or mixed with additives to create lubricant.%n%n§6Slack Wax§r can be treated to create paraffin wax, which has several uses including making treated wood.%n%n§2Bituminous residue§r will be explored in the page to the left. -susy.quest.db.689.title=Tired of refinery gas? -susy.quest.db.689.desc=Tired of §6refinery gas?§f You can react refinery gas with sulfuric acid to alkylate it, followed by distillation to obtain §9gasoline.§f%n%nThis can also be done with §9natural gas. -susy.quest.db.690.title=Fuel Upgrading -susy.quest.db.690.desc=Some oil fractions such as Fuel Oil are too heavy to be cracked for useful chemicals.%n%nAlthough fuel oil can be burnt, it's not as good for energy production as the lighter oil fractions.%n%nLuckily, the heavier oil fractions can be upgraded by cracking them in an oil cracker with a cracking catalyst. Centrifuging the upgraded fuel mix gives a lighter oil fraction, as well as a spent catalyst. This is put in an EBF with some oxygen to return the reusable catalyst. -susy.quest.db.691.title=Coking -susy.quest.db.691.desc=Using a Coking Tower and a Rotary Kiln, bituminous residue can be turned into useful coke dust. Green coke is an intermediate. -susy.quest.db.692.title=HV Sensors -susy.quest.db.692.desc=HV Sensors will be needed in several advanced pieces of technology. -susy.quest.db.693.title=Gallium Phosphate -susy.quest.db.693.desc=To make Gallium Phosphide crystals, you need to make Ammonium Dihydrogen Phosphate using the Batch Reactor, and Gallium Trioxide by roasting Gallium. -susy.quest.db.694.title=Prospector V2 -susy.quest.db.694.desc=The HV-Tier prospector has greater range, but more importantly, it has the ability to §6scan for fluid deposits,§f which is something the LV-Tier prospector can't do. -susy.quest.db.695.title=HV Batteries -susy.quest.db.695.desc=There are HV versions of the 3 battery types introduced in MV：Lithium, Sodium, and Cadmium. HV batteries are made the same way, just with a slightly higher material cost.%n%nCadmium is unlocked at this tier.%n%nWith HV batteries, you can make HV-tier electrical tools using HV power units. -susy.quest.db.696.title=Nature's Compass -susy.quest.db.696.desc=HV Sensors can also be used to create the §6Nature's Compass,§f which can point you in the direction of any biome you specify. -susy.quest.db.697.title=Polypropylene -susy.quest.db.697.desc=Using chrome-based catalysts and propene from oil, you can create polypropylene, which is needed in HEPA filters for your cleanroom. -susy.quest.db.698.title=n-Doped Wafers -susy.quest.db.698.desc=Using an ion implanter and a high-purity group 13 element（like boron or aluminium）, you can n-dope silicon wafers. This requires a cleanroom. -susy.quest.db.699.title=Many Steps Later... -susy.quest.db.699.desc=This wafer is a stepping stone to create the NAND wafer, which you will need for making your first EV circuits.%n%n -susy.quest.db.700.title=Chemical Vapor Deposition -susy.quest.db.700.desc=Chemical Vapor Deposition, or CVD for short, is a way to deposit chemicals onto wafers to create microscopic structures.%n%nThis will be especially useful in your quest to make increasingly powerful electronics. -susy.quest.db.701.title=Silane -susy.quest.db.701.desc=Silane will be needed in several CVD processes in semiconductor fabrication. This can be made from several steps of disproportionation and distillation. Use JEI. The process will require §63 Distilleries and 3 Fixed Bed Reactors§r to turn Trichlorosilane into Silane. -susy.quest.db.702.title=NAND Chips -susy.quest.db.702.desc=Behold, the NAND chip. A well-earned technological achievement. -susy.quest.db.703.title=Workstation -susy.quest.db.703.desc=Make the Workstation, from NAND wafers, HV circuits, and several other things. This is your first EV circuit. -susy.quest.db.704.title=HV Circuit Assembler -susy.quest.db.704.desc=Make the HV Circuit Assembler, which will probably be useful soon. -susy.quest.db.705.title=Trolling Plan：Phase Five -susy.quest.db.705.desc=Now that you are at HV, you can make more advanced types of §cexplosives §rand §cmissiles §rby putting HV power on a Weapons Factory.%n%nThere are 3 new types of explosives：%n§7Endothermic explosives§r, made with cryogenics%n§3Exothermic explosives§r, made with ethylene oxide%n§aEMP explosives§r, made with superconductors%n%nYou can get most of the ingredients for these at HV.%nRemember that these are Tier 3 missiles, so you will need a T3 missile launching station for them to work.%n%nThe range of this missile is 3,000 meters. -susy.quest.db.706.title=Titanium -susy.quest.db.706.desc=Put the Crude Titanium Sponge in a vacuum ejector to purify it. Then, macerate it for titanium dust. Smelt this in an EBF with Kanthal Coils（or better）to get a hot titanium ingot, which has to be cooled in a quencher for normal titanium ingots. -susy.quest.db.707.title=Even Better Coils -susy.quest.db.707.desc=§9Nichrome Coils§f can go all the way up to a whopping §c3,600 Kelvin. -susy.quest.db.708.title=Better Coils -susy.quest.db.708.desc=As you may have noticed, §6cupronickel coils§f are not the only way to heat your EBF. This quest asks you to obtain §9Kanthal Coils,§f which are able to heat your EBF to §c2,700 Kelvin.§f This is necessary for smelting materials with a higher melting point, such as §dTitanium.§f%n%nRunning smelting recipes at a much higher temperature than what is required will also provide Overclock Bonuses. §aHover over the EBF for more details.§f%n%nThese new coils can also be used on Multi Smelters, Pyrolyse Ovens and Oil Crackers for efficiency boosts. §aPress shift while hovering over the coils for more details. -susy.quest.db.709.title=Quenching -susy.quest.db.709.desc=When smelting at higher temperatures, you will also need to somehow cool the resulting §cHot Ingots.§f That is what the §aQuencher§f is for.%n%nSimply provide a coolant like §bwater§f or even §bair,§f and the hot ingot will be quenched to form a normal ingot. -susy.quest.db.710.title=Fluidized Bed Reactor -susy.quest.db.710.desc=The Fluidized Bed Reactor will also be needed to carry out some more advanced §ccatalyzed §rchemical processes later on. -susy.quest.db.711.title=XNet -susy.quest.db.711.desc=XNet systems are a powerful tool for early game automation. For more infomation on how to use XNet, I suggest searching XNet guides on §cYouTube§r, as they will be more capable of explaining the systems than a questbook. -susy.quest.db.712.title=Modular Storage -susy.quest.db.712.desc=The Modular Storage from RFTools is a rather useful block for storing and organizing your items.%n%nIt even comes with a search bar for stored items.%n%nIt requires Storage Modules before you can start storing things in it. -susy.quest.db.713.title=Coal Tar Processing -susy.quest.db.713.desc=Using a Distillation Tower, you can get more out of coal tar, including §6Aniline, B.T.E.X.（Benzene, Toluene, Ethylbenzene, Xylene）, Pyridine,§f and much more.%n%nThose products will be useful in chemical manufacturing, so it's recommended that you set up a coal tar processing line soon. -susy.quest.db.714.title=Styrene-Butadiene Rubber -susy.quest.db.714.desc=Steam cracking oil fractions and distilling it gives you §aButadiene.§f This, along with styrene made from §aEthylbenzene,§f will allow you to make §9Styrene-Butadiene Rubber.§f%n%nIt can do all the things that Rubber can in recipes, but at a lower cost in assembling recipes.%n%nIn case you missed it, §6Silicone Rubber§f is the other higher tier rubber available at HV.%n%nYou will need §3n-Butyllithium§f in the first place as a catalyst to make this.%n%nn-Butyllithium requires a solution of Lithium and Diethyl Ether, and also Bromobutane, which is made by combining Hydrobromic Acid and n-Butanol from the Ziegler Process. %n%nHydrobromic Acid is made in a CSTR by combining Sulfur Dioxide, Water and Bromine.%nuu -susy.quest.db.715.title=Even More Rubber -susy.quest.db.715.desc=Tired of using Latex and Coagulation Tanks for precious rubber?%n%nIsoprene from §6Steam-Cracked Naphtha§f specifically can be polymerized for §cPolyisoprene,§f which can be vulcanized the same way as Latex for Rubber. -susy.quest.db.716.title=Another Fancier Rubber -susy.quest.db.716.desc=A Fluidized Bed Reactor allows you to create §dPolydimethylsiloxane,§f which can be vulcanized to create §cSilicone Rubber.§f%n%nIt can do all the things that Rubber can in recipes, but at a lower cost in assembling recipes.%n%nIn case you missed it, §6Styrene-Butadiene Rubber§f is the other higher tier rubber available at HV.%n%nYou can produce silicone rubber by reacting silicon and chloromethane with a cuprous oxide catalyst. This can be distilled into various components, including dimethyldichlorosilane. This is reacted with water to polymerize into polydimethylsiloxane, which undergoes further processing to remove any HCl generated. This can then be cured using di-tert-butyl peroxide and silica to produce silicone rubber. -susy.quest.db.717.title=Ziegler-Natta Catalysts -susy.quest.db.717.desc=Ziegler-Natta Catalysts, which require Titanium Tetrachloride, can boost the speed and production of several polymerization processes, such as making polyethylene and polyisoprene. -susy.quest.db.718.title=Improved Fuels -susy.quest.db.718.desc=As you may have noticed, moving up in tiers causes your energy consumption to increase exponentially.%n%nTo deal with this, it may be time to start adding §cfuel additives§f to the gasoline/diesel you've been using to power your base.%n%nThere are §63 tiers of gasolines §rbeyond the normal gasoline. The first tier can be made by mixing gasoline with antiknock and oxygenates. The second tier requires anti-icing additives and corrosion inhibitors§r. The final, highest tier of gasoline requires antioxidants and antifoaming additives.%n%nEach of these are their own fluid. They are made from combinations of the chemicals from their respective categories along with a major and minor solvent：%n%nList of §6§6major solvents§r§r：%n%n- Xylene%n- Naphtha%n- Toluene%n%nList of §6§6minor solvents§r§r：%n%n- Naphthalene%n- Isopropyl alcohol%n- Ethylbenzene%n%nList of §3oxygenates§r：%n%n- Methanol%n- Ethanol%n- n-propanol%n- Isopropyl Alcohol%n- n-butanol%n- Isobutyl Alcohol%n- tert-Butyl Alcohol%n- Isopropyl alcohol%n- Methyl tert butyl ether（MTBE）%n%nList of §cantiknock agents§r：%n%n- Isooctane%n- Tetraethyllead%n- Ferrocene%n- Methylcyclopentadienylmanganese tricarbonyl%n%n§9Anti-icing additives §rconsists only of methyl carbitol.%n%nList of §ecorrosion inhibitor ingredients§r：%n%n- Oleic acid%n- Linoleic acid%n%nList of §bantioxidants§r：%n%n- Butylated hydroxytoluene%n- 2,4-Dimethyl-6-tert-butylphenol%n- 2,6-Di-tert-butylphenol%n- Diisopropyl-p-Phenylenediamine%n%n§a§a§r§r§a§aAntifoaming additive§r§r is produced from polydimethylsiloxane.%n%n§6§rThere are §63 tiers of diesel§r as well, with the first upgrade tier requiring ignition improver and cold flow improver. The second tier requires antistatic additives and lubricity additives. The third tier requires antioxidants and antifoaming additives.%n%n2-ethylhexyl nitrate is used to produce ignition improver.%nA copolymer of ethylene-vinyl acetate and isobutylene is used for cold flow additives, along with dihexadecylamine phthalate amide.%nDinonylnaphthalene sulfonic acid is used for antistatic additives.%nLubricity additives are produced from a mixture of sodium dodecyl sulfate and 2-butoxyethanol.%n%nFinally, there are §6§63 tiers of kerosene§r§r. The first upgrade tier requires anti-icing and antistatic additives. The second tier requires lubricity additives and antioxidants. The third tier requires corrosion inhibitors and metal deactivators.%n%nMetal deactivator is made from N,N'-bis（salicylidene）-1,2-propanediamine（SALPN）. -susy.quest.db.719.title=Rotary Kiln -susy.quest.db.719.desc=A rotary kiln is a large, cylindrical, rotating furnace-like structure that applies heat to materials by constantly §crotating them§r.%n%nThe Rotary Kiln is used in several advanced processing chains, like the one for chromite. -susy.quest.db.720.title=How does this even work... -susy.quest.db.720.desc=Due to the immense amount of chemicals required for §6floth frotation§r, they may not be covered in this chapter. For more info on froth flotation, look at the Periodic Table chapter. §cBetter methods for producing up to 8 times of Copper and Tin have been unlocked.%n%n -susy.quest.db.721.title=Autocrafting（Kind Of） -susy.quest.db.721.desc=With Energy, Items, and a specified Recipe, RFTools Autocrafters can automatically craft stuff for you.%n%nGT Wires/Cables are compatible with RF machines, so don't worry about having to convert energy.%n%nThese can come in handy if you dont want to make a GT Packager to deal with tiny dusts or small dusts. -susy.quest.db.722.title=Chainmail Armor -susy.quest.db.722.desc=§6Chainmail armor §rcan be made by combining several §airon rings. -susy.quest.db.723.title=Iron Armor -susy.quest.db.723.desc=§6Iron Armor §ris a little harder to make than chainmail, requiring §cleather§r, but it offers better protection. -susy.quest.db.724.title=Tech Doors -susy.quest.db.724.desc=§7§7§6TechGuns doors §rcan supplement your §6G§cr§6e§cg§6i§cc§r gigafactory. -susy.quest.db.725.title=Stick & Frag Grenades -susy.quest.db.725.desc=You can use your Weapons Factory to build §6Stick and Frag Grenades §rthat do quite a bit of damage. -susy.quest.db.726.title=Hydroxylamine -susy.quest.db.726.desc=Hydrogen + Nitric Oxide can be combined to make §aHydroxylamine§r. Nitric Oxide can be made in a variety of ways, check JEI. -susy.quest.db.727.title=Nylon -susy.quest.db.727.desc=§lNylon§r or polycaprolactam is an advanced polymer that can be used to make advanced suits and armor.%n%nThis is how you make it：%n%nHydroxylamine + Cyclohexanone -> Cyclohexanone Oxime%n%nCyclohexanone Oxime Dust + Sulfuric Acid -> Caprolactam Solution %n%nAmmonia Solution + Caprolactam Solution -> Extracted Caprolactam Solution%n%nExtracted Caprolactam Solution -> Caprolactam%n%nCaprolactam -> Polycaprolactam -susy.quest.db.728.title=Cyclohexanone -susy.quest.db.728.desc=§6Cyclohexanone §rcan be made with the following process：%n%nBenzene + Hydrogen -> Cyclohexane%nOxygen + Cyclohexane -> Diluted Cyclohexanone%nDiluted Cyclohexanone -> Cyclohexanone -susy.quest.db.729.title=Raney Nickel Catalyst -susy.quest.db.729.desc=Raney Nickel can be used as a catalyst in chemical reactions.%n%nNickel + Small Pile of Zinc + Aluminium ->§ §5Raney Nickel§r%nRaney Nickel + Sodium Hydroxide -> §7Activated Raney Nickel -susy.quest.db.730.title=Heavy Cloth -susy.quest.db.730.desc=§bHeavy Cloth §ris made with Nylon§r and can be used to make several varieties of armor. -susy.quest.db.731.title=Soldier Armor -susy.quest.db.731.desc=You can make Soldier Armor with Heavy Cloth. -susy.quest.db.732.title=Ranger's Veteran Armor -susy.quest.db.732.desc=Combining Combat Armor with some leather gives §9Ranger's Armor§r. -susy.quest.db.733.title=Combat Armor -susy.quest.db.733.desc=You can use Heavy Cloth to make Combat Armor. -susy.quest.db.734.title=Riot Shield -susy.quest.db.734.desc=The §6Riot Shield§r is stronger than a regular shield and can resist damage from different types of firearms.%n%nHowever, it doesn't provide a high level of damage reduction. While wearing the Shield, you can only wield §cone-handed weapons§r that are less effective in combat. -susy.quest.db.735.title=Carbon Fiber Mesh -susy.quest.db.735.desc=Using an §6Autoclave§r, Polyethylene §rand some Carbon you can make Carbon Fibers. You can §ccompress §rthem to make a Carbon Fiber Mesh. -susy.quest.db.736.title=Ballistic Shield -susy.quest.db.736.desc=The §7Ballistic Shield§r has a higher level of damage reduction for various firearms and other types of damage, but it can still only be equipped with one-handed weapons. -susy.quest.db.737.title=Upgrade Bench -susy.quest.db.737.desc=The §6Upgrade Bench §rupgrades your armor using §6Armor Upgrades§r. They can be made of steel, and later on, advanced plastics. -susy.quest.db.738.title=Repair Bench -susy.quest.db.738.desc=The§a Repair Bench §rcan be used to repair weapons and armour. -susy.quest.db.739.title=Venus -susy.quest.db.739.desc=No Description -susy.quest.db.740.title=Vaults -susy.quest.db.740.desc=§6Vaults§f from §cMultiStorage§f provide safe storage for your valuables.%n%nThey are made from Vault Wall Blocks and a Vault Door, and have a minimum size of 4x4x4 on the outside, or 2x2x2 on the inside.%n%nIf you want to, you can put ports in the wall to allow for energy, fluids and items passing in and out. -susy.quest.db.741.title=Multi Smelter -susy.quest.db.741.desc=The §3Multi Smelter§r is a 3x3x3 multiblock machine capable of §esmelting huge amounts of items per second§r. %n%nBy upgrading its coils and power tier, it can become capable of smelting several thousands of items per second.%n§2§r%nThe most basic Multi Smelter essentially does 32 items in the same time as a furnace does one. With a set of §6Tungstensteel§r coil blocks, that jumps to 128 items per operation. %n%nThe Multi Smelter requires §a8 coil blocks§r, §a1 input bus§r, §a1 output bus§r, and §21 maintenance hatch§r, §21 muffler hatch§r, and at least §a1 energy hatch§r, all of any tier. -susy.quest.db.742.title=Railroad Engineering Station -susy.quest.db.742.desc=§lGo to the Transportation category of the questbook for the full Train questline. This is only the introduction.§r%n%nAs you find more resources around the world, you'll find that you'll have to somehow transport them back to your main base. The main method of linking separate bases at this point are Trains.%n%nTrains are made using the Railroad Engineering Station. In order to actually form the multiblock, you will need to cover the middle 3 rows of the concrete floor of the Station with Immersive Railroading Tracks, which will be explained further in a later quest. The concrete blocks in the center row of the floor are replacable with any block, including pipes or air, so that you can easily interact with any trains spawned by the Station.%n%nKeep in mind that the Railroad Engineering Station does not make a train item that you can simply drag into your inventory. §6The multiblock spawns a train entity on the center rails§f when provided with the needed items to construct a train. Check JEI to see what trains you can build.%n -susy.quest.db.743.title=Your First Train -susy.quest.db.743.desc=Every Train needs an Engine. Your first available train is the Monorail, powered by the Monorail Engine. Make one.%n%n§6TIP：§f Trains can have 2 Engines, one at each end, facing opposite directions. This allows the train to be driven both ways on the track, making return trips far easier.%n%n§eNote：§f Due to JEI being bad with NBT, clicking on the monorail engine will show how to make the monorail engine, the monorail tank, the monorail freight and the monorail passanger. Just scroll through until you see the recipe for the actual monorail engine. -susy.quest.db.744.title=Train Loading/Unloading -susy.quest.db.744.desc=Track Augments include the Detector, Locomotive Control, Item Loader/Unloader, Fluid Loader/Unloader, Speed Retarder, and Coupler. They are very useful when it comes to automating Train logistics.%n%nRight click on a track segment with the augment to apply the augment. Augments can be removed from the track by right clicking them with the Large Wrench.%n%nThere's a lot of information on how to use the augments, so for brevity we will simply link the Immersive Railroading wiki. Scroll down to the "Augments" section to view the pages about Augments.%n%n§9https：//github.com/TeamOpenIndustry/ImmersiveRailroading/wiki -susy.quest.db.745.title=Multiblock Tanks -susy.quest.db.745.desc=If Drums aren't good enough for your storage needs, then look no further than the Steel Multiblock Tank. It can hold 1,000 buckets, or 1,000,000 L of any fluid, as long as its temperature isn't ridiculously high（as in 2,000 Kelvin high）%n%nYou can use Steel Tank Valves to get fluids in or out of the tank. -susy.quest.db.746.title=Driving your Trains -susy.quest.db.746.desc=Right clicking an Engine makes you go inside, allowing you to drive the train.%n%nBy default, you use the keypad to control the train. You can change this in Options > Controls. If you want to keep it that way, you will need NumLock enabled for the keypad to work.%n%nThe controls, as well as further instructions, can be seen here：§9https：//github.com/TeamOpenIndustry/ImmersiveRailroading/wiki/Driving-Diesel-Locomotives -susy.quest.db.747.title=Fueling your Trains -susy.quest.db.747.desc=Only Engines need to be fueled before they can work. They can be fueled by two ways：%n%n1. Right clicking the Engine to enter, and then right clicking again to open the fuel GUI, which you can use to add fuel or remove fuel%n%n2. Having the Engine pass over a Fluid Loader, which can automatically add fuel to the Engine%n%nThe following fuels can be used to fuel the Engine：%n- Diesel%n- Gasoline%n- Naphtha%n- Fuel Oil%n- Kerosene%n- Biodiesel%n- Cetane-Boosted Diesel%n- Midgrade Gasoline%n- Premium Gasoline%n- Supreme Gasoline -susy.quest.db.748.title=Cargo Trains -susy.quest.db.748.desc=There are also Monorail Tanks, Monorail Freights, and Monorail Passenger Chaircars. They are made similarly to the Monorail Engine, and can be connected to the Engine by simply having them bump into each other on a track.%n%nThe Monorail Tank can store 2,500 buckets, or 2,500,000 L of any liquid. They can be interacted with using Fluid Loaders/Unloaders, or by Shift+Right Clicking the Tank to open a GUI for adding or removing fluids.%n%nThe Monorail Freight can store 6,400 items. They can be interacted with using Item Loaders/Unloaders, or by Shift+Right Clicking the Tank to open a GUI for adding or removing items.%n%nRight clicking a Monorail Passenger Chaircar makes you go inside. You can move around. -susy.quest.db.749.title=Coupling -susy.quest.db.749.desc=This item is used to check the coupling status of stock and set the coupling mode.%n%nRight clicking on a piece of rolling stock near a coupler will tell you where it is coupled to and the current coupling mode.%n%nShift + right clicking on a piece of rolling stock near a coupler will set the coupler mode.%n- §6Shunting mode§f means that the cars can bump into each other, but they won't couple.%n- §6Normal mode§f means that when cars bump into each other they will couple and form a train. -susy.quest.db.750.title=Automated Driving -susy.quest.db.750.desc=With an OpenComputers system（unlocked in MV）and a Train Radio-Control Card, you can control Trains from the comfort of your base.%n%nTo use the Radio-control Card, it must first be linked with locomotive. Right-clicking a locomotive will link the card to it. Shift-Right-clicking unlinks the card.%n%nOnce the Card is linked（which will also be stated on the item tooltip）, the Card needs to be placed into a Tier 0 or higher slot in any OpenComputers computer. The Card can then be polled by the computer with the component name "ir_remote_control". If you are not sure how this is done, consult the OpenComputers Wiki.%n%nThe Card can now control the train in a similar fashion to the Locomotive Control Augment. The supported functions are%n- setThrottle（number）：Sets the throttle to a value between -1 and 1（reverse/forward）%n- setBrake（number）：Sets the brake to a value between 0 and 1%n- horn（）：fires off the locomotive's horn%n- bell（）：rings the locomotive bell%n- getPos（）：returns the locomotive's world position%n- getLinkUUID（）：returns the UUID of the linked loco%n%nAn important thing to take care of is that the Card has a limited range and power cost. By default, the range is 500m, and the EU cost per metre is 0. -susy.quest.db.751.title=Asphalt -susy.quest.db.751.desc=Asphalt can be made by putting Bituminous Residue in a Rotary Kiln, mixing the resulting Bitumen with oil, and centrifuging the Bitumen Solution to extract some extra oil, leaving behind Asphalt. This can be used to make Asphalt blocks, which have the same speed boost as concrete. -susy.quest.db.752.title=Catalysts -susy.quest.db.752.desc=A §6catalyst §o§ris a substance that speeds up the rate of a chemical reaction.%n%nIt works by providing an §6alternative pathway §rfor the reaction to occur, lowering the activation energy required for the reaction to proceed. %n%nYou can make §eZincite §r（made from roasting Zinc dusts）or Magnesia to speed up your rubber processing. -susy.quest.db.753.title=Synthetic Diamonds -susy.quest.db.753.desc=Tired of mining Kimberlite for Diamonds?%n%nA CVD Unit can be used to create Diamonds artificially, using a bit of methane and some hydrogen. Create a Raw Diamond, which can be cut into diamonds. -susy.quest.db.754.title=No Stopping Now -susy.quest.db.754.desc=With Magnetic Neodymium Alloy parts, Kanthal, Titanium, and Aluminium Cables, you can make your first Extreme Voltage machine part：The EV Motor. -susy.quest.db.755.title=Polyurethane（Memory）Foam -susy.quest.db.755.desc=You have probably realized that you couldn’t make a bed all the way at the start, this is because we needed some standards.%nLuckily, due to industrial progress, these standards have now been met. So here’s how to make a bed.%n%nYou will first need to make§e§f §epolyurethane foam §rwhich is made from polymerized §3methylene diphenyl diisocyanate§r and a small amount of §8§7polydimethylsiloxane.%n§rFirst, source some aniline, either as a byproduct from coal pyrolysis（through impure pyridine）or by hydrogenating nitrobenzene.%n%n1000L Hydrochloric + 1000L Aniline + 2000L Formaldehyde = 8 Methylenedianiline dust > %n8 Methylenedianiline dust + 2000L Phosgene = 10 Methylene Diphenyl Diisocyanate Dust. %n%nHowever to make §f§f§epolyurethane§r you will also need a small amount of §6triethylenediamine§r, to make it ：%n%n150L Ethylene Mix + 300L Ammonia > %n150L Ethanolamine Mix > %ndistill into Ethanolamine > %n3000L of Ethanolamine in bed reactor will produce 8 Triethylenediamine%n%nYou should already be producing §2ethylene glycol§r and §aglycerol§r, so just combine the chemicals to produce §epolyurethane§r.%n%n -susy.quest.db.756.title=Rayon -susy.quest.db.756.desc=Now that you have memory foam, the hard part is over.%n%nNow, you still need to make Rayon! To do that, you will need to do the following.%n %nBathe 4 Cellulose Dust + 3000L Sodium Hydroxide Solution >%nBathe 4 Alkali Cellulose + 1000L Carbon Disulfide（Carbon Disulfide is refunded at the end of the chain）> Polymerize 8 Sodium Cellulose Xanthate Dust + 1000L Sulfuric acid = 8 Rayon%n%nYou §oalso§r need to do this recipe 8 times in order to get enough Rayon. -susy.quest.db.757.title=You're Gonna Hate This -susy.quest.db.757.desc=Yup, there's more. -susy.quest.db.758.title=Trigger Happy -susy.quest.db.758.desc=The EV Tier Weapons Factory unlocks a new type of weaponry：Heavy Weaponry. Tired of mere bullets? This machine is capable of making things like the minigun and rocket launcher. -susy.quest.db.759.title=Minigun -susy.quest.db.759.desc=The Minigun is an EV, two-handed §6machine gun§r. It uses Minigun Ammo Drums as ammunition. -susy.quest.db.760.title=Rocket Launcher -susy.quest.db.760.desc=The Rocket Launcher is... well, a rocket launcher. It uses either Techguns Rockets or High Velocity Rockets as ammo.%n%nYou can change the Rocket Launcher's ammo type by combining it with a different type of rocket in a crafting table. -susy.quest.db.761.title=Grenade Launcher -susy.quest.db.761.desc=The Grenade Launcher is... well, a grenade launcher. It uses 40mm Grenades as ammo. -susy.quest.db.762.title=Guided Missile Launcher -susy.quest.db.762.desc=Name should be self explanatory. It's the rocket launcher, except the rockets you launch will be guided missiles.%n%nIt uses either Techguns Rockets or High Velocity Rockets as ammo.%n%nYou can change the Rocket Launcher's ammo type by combining it with a different type of rocket in a crafting table. -susy.quest.db.763.title=Creosote -susy.quest.db.763.desc=Creosote is a byproduct of using the Coke Oven. It may seem useless, but don't throw it away just yet!%n%nCreosote can be used to make Treated Wood, turn rotten flesh into Leather, §cbut most importantly, it can be used as a fuel in the Large Bronze Boiler, to create useful steam. -susy.quest.db.764.title=氰化氢 -susy.quest.db.764.desc=Hydrogen Cyanide is not only a useful chemical, it is a more subtle form of chemical weaponry.%n%nAdding 100 L of Hydrogen Cyanide to any food with §6"May be laced with fun chemicals"§f in its tooltip, using a Canning Machine, will §9lace §fthat food with Hydrogen Cyanide.%n%n§lYou can search "may be laced" in JEI to find lace-able foods.%n%nPeople won't know it's laced. Why would you do such a thing? You would understand in Multiplayer.§r%n%nHydrogen Cyanide can be made 2 ways. The first way requires platinum, which is not available yet. So you'll have to do it the painful way.%n%n1. React sodium and ammonia for Sodium Amide%n%n2. Roast Sodium Amide with Carbon for Sodium Cyanide%n%n3. React Sodium Cyanide with Hydrochloric Acid for Hydrogen Cyanide -susy.quest.db.765.title=图案化二氧化硅晶圆 -susy.quest.db.765.desc=§6Silicon Dioxide Wafers §rneed to be §6etched§r in a §cHV UV Light Box §rwith an Advanced Photolithography Mask.%n%nNote：Requires cleanroom. -susy.quest.db.766.title=N型掺杂二氧化硅晶圆 -susy.quest.db.766.desc=With a §cHV Ion Implanter§r and high-purity group 13 element（like Gallium or Boron）, you can §6n-dope§r the Silicon Dioxde Wafer.%n%nNote：Requires cleanroom. -susy.quest.db.767.title=多晶硅晶圆 -susy.quest.db.767.desc=With a §cHV CVD Unit§r and §6Silane§r you can turn your n-doped Silicon Dioxde Wafer into a §e§6Polysilicon Wafer§r§r.%n%nNote：Requires cleanroom. -susy.quest.db.768.title=图案化多晶硅晶圆 -susy.quest.db.768.desc=§9§7§6Polysilicon Wafers§6 §rneed to be §6etched§r in a §cHV UV Light Box §rwith an Advanced Photolithography Mask.%n%nNote：Requires cleanroom. -susy.quest.db.769.title=蚀刻多晶硅晶圆 -susy.quest.db.769.desc=The §6Patterened Polysilicon Wafers §rare then §6etched§r in a §cMV Chemical Bath §susing Hydrofluoric Acid.%n%n§rNote：Requires cleanroom.§r -susy.quest.db.770.title=进阶光刻掩膜 -susy.quest.db.770.desc=The §6Advanced Photolithography Mask §ris used for the §6etching§f of more advanced types of wafers.%n%n -susy.quest.db.771.title=氮化硅晶圆 -susy.quest.db.771.desc=With a §cHV CVD Unit§r, §6Silane§r §6and Ammonia§r,§r§r you can turn your Doped Polysilicon Wafer into a §e§6Silicon Nitride Wafer§r.§r%n%nNote：Requires cleanroom. -susy.quest.db.772.title=Patterned Silicon Nitride Wafer -susy.quest.db.772.desc=§6Silicon Nitride Wafers§6 §rneed to be §6etched§r in a §cHV UV Light Box §rwith an Advanced Photolithography Mask.%n%nNote：Requires cleanroom. -susy.quest.db.773.title=Nickel-Coated Wafer（NOR） -susy.quest.db.773.desc=§9§7§6Nickel Coated Wafers §rneed to be §6etched§r in a §cHV UV Light Box §rwith an §6NOR Photolithography Mask§r.%n%nNote：Requires cleanroom. -susy.quest.db.774.title=NOR Chips -susy.quest.db.774.desc=§6NOR §rwill be used for even more advanced circuits. -susy.quest.db.775.title=Petrochem -susy.quest.db.775.desc=Petrochem is the acquisition of useful resources from refining Crude Oil / Natural Gas, many of these products can then be used to make fuels which are fit for HV / EV -susy.quest.db.776.title=NAND Wafer -susy.quest.db.776.desc=The §6Nickel-Coated NAND Wafers §rare then §6etched§r in a §cMV Chemical Bath §susing Hydrofluoric Acid.§r%n%nNote：Requires cleanroom.§r -susy.quest.db.777.title=Nickel-Coated Wafer -susy.quest.db.777.desc=With a §cHV CVD Unit§r and §6Nickel Carbonyl§r,§r§r you can turn your Etched Silicon Nitride Wafer into a §e§6Nickel-Coated Wafer§r.%n%nNote：The §6Carbon Monoxide§r from Nickel Carbonyl is recycled.%n§rNote 2：Requires cleanroom. -susy.quest.db.778.title=Nickel-Coated Wafer（NAND） -susy.quest.db.778.desc=§9§7§6Nickel Coated Wafers §rneed to be §6etched§r in a §cHV UV Light Box §rwith an §6NAND Photolithography Mask§r.%n%nNote：Requires cleanroom. -susy.quest.db.779.title=Etched Silicon Nitride Wafer -susy.quest.db.779.desc=The §6Patterened Silicon Nitride Wafers §rare then §6etched§r in a §cMV Chemical Bath §susing Hydrofluoric Acid.%n%n§rNote：Requires cleanroom.§r -susy.quest.db.780.title=NOR Wafer -susy.quest.db.780.desc=The §6Nickel-Coated NOR Wafers §rare then §6etched§r in a §cMV Chemical Bath §susing Hydrofluoric Acid.§r%n%nNote：Requires cleanroom.§r -susy.quest.db.781.title=Off-Site Power Generation -susy.quest.db.781.desc=This section covers most easy off-site ways to generate power, used in for example drills or fluid rigs -susy.quest.db.782.title=Batteries -susy.quest.db.782.desc=While they do not generate power batteries are ideal for places you don't need running a lot and can't be bothered to generate power for. Using battery buffers each battery added to the buffer increases amps output by 1.%n%nAlso serves as an ideal method to store power from incosistent power generation sources.（Solar power） -susy.quest.db.783.title=太阳能 -susy.quest.db.783.desc=Solar power is one of the simplest power generation methods, simply place down a solar panel that has a clear view of the sky. Will not work at night or when it is raining, so it's best to add a battery buffer to it. The main downside is very low yield. -susy.quest.db.784.title=太阳能锅炉 -susy.quest.db.784.desc=Your first power production method are small boilers, they are only really viable for LV and should be phased out at around the start of MV.%n%nTake the steam they generate and put them into a Basic Steam Turbine, you will require 2 for 1 amp of LV -susy.quest.db.785.title=Niobium/Tantalum Froth Flotation -susy.quest.db.785.desc=At long last, you have produced the chemical required to concentrate §dniobium §rand §6tantalum§r. DO NOT LOSE IT. -susy.quest.db.786.title=MV -susy.quest.db.786.desc=Ideal power production methods for §6MV§f. -susy.quest.db.787.title=LV -susy.quest.db.787.desc=Ideal power generation methods for §6Steam age §fand §7LV§f. -susy.quest.db.788.title=HV -susy.quest.db.788.desc=Ideal power production methods for §eHV§f. -susy.quest.db.789.title=太阳之力 -susy.quest.db.789.desc=§6Solar boilers §rcan be used to get steam using the power of the sun. %nThey only generate steam while the sun is up, 13 hours per day. -susy.quest.db.790.title=合成气 -susy.quest.db.790.desc=Using a mining drill, you can sort coal from the rocks, which you can pyrolyze to produce Coal Gas, which you can process into Synthesis Gas in a centrifuge. Burning Syngas in a Large Gas Turbine a good Early MV power generation method. -susy.quest.db.791.title=润滑剂 -susy.quest.db.791.desc=Using your petrochemistry setup, you can distill out lubricants, which give a power boost to gas and steam turbines when inputted. -susy.quest.db.792.title=床 -susy.quest.db.792.desc=Finally, with the Rayon, Memory foam, some wood, and steel springs, you can get a good nights sleep.%n%nYou §l§n§r§l§odo need EV power§r to run this recipe though.%n%n§o§6Have a good night. -susy.quest.db.793.title=The Gates of Ore Processing Hell -susy.quest.db.793.desc=The §1§0§r§bgravity separator §rmultiblock is used for advanced ore processing at EV and beyond. Many element production lines will rely on this multiblock in the future. To properly form, make sure to wrench its rotors such that the 2 white lines on the top of the blocks are on the front half of the block.%n%nTo operate, it relies on differing §cspecific gravities §r（or the ratio between a compound's density and water's density）to separate valuable ores from gangue.%n%nIt is recommended that you make a lot of these multiblocks. You will need it. -susy.quest.db.794.title=Tungsten Beneficiation -susy.quest.db.794.desc=Two ores can be used to produce tungsten, §ascheelite §rand §b§6wolframite§r. Both will require gravity separation followed by flotation. However, §ascheelite§r requires an extra calcination step with hydrochloric acid before the next step. -susy.quest.db.795.title=Tungsten Purification -susy.quest.db.795.desc=In order to further purify tungsten, a few reactions and a §dliquid-liquid extraction§r step must occur. From your beneficiated ore concentrates, dissolve it to form a sodium tungstate solution, react it with aluminium sulfate to remove any dissolved silicate.%n%nNext, add sodium sulfide and sulfuric acid to remove any §bmolybdenum§r impurities, a useful byproduct.%n%nAfter the initial purification reactions, combine the solution with the §eTungsten Extraction Mixture§r to load it with tungstate ions. This tungsten extract is then washed with demineralized water.%n%nFinally, to extract the tungstate from the mixture, mix it with ammonium to precipitate §aAmmonium Paratungstate Dust§f§f. This can then be calcined to produce ammonia, steam, and §6Tungsten Trioxide Dust§r. -susy.quest.db.796.title=Tungsten Extraction Mixture -susy.quest.db.796.desc=In order to carry out the liquid-liquid extraction of tungsten, you need the §eTungsten Extraction Mixture§r, which is recycled within the process.%n%nTo produce it, the following steps are required.%n%n - Produce tripropylene from propene and ZSM-5 catalyst.%n - Produce isooctanol from the tripropylene using hydroformylation of tripropylene follwed by hydrogenation.%n - Produce trioctylamine from n-octanol from the §bZiegler Process§r.%n - Mix these components with kerosene to obtain the mixture.%n%nYou will need at least 8000L of §eTungsten Extraction Mixture§r, but to ensure maximum uptime for your tungsten setup, it is recommended to produce 16000L. -susy.quest.db.797.title=Tungsten Metal -susy.quest.db.797.desc=React the §6Tungsten Trioxide Dust§f with hydrogen to produce steam and tungsten dust. -susy.quest.db.798.title=I Craved the Strength and Certainty of Tungstensteel -susy.quest.db.798.desc=Mix your tungsten and steel in an EV Mixer to make the dust, and put it in an EBF with §bNichrome coils§r to produce the base metal for the §l§dIV Tier§r. -susy.quest.db.799.title=Molybdenum Beneficiation -susy.quest.db.799.desc=In order to purify Molybdenite, no gravity separation is required. However, a multi-step §bfroth flotation§r setup is required, as well as a §6Nokes reagent§r, or sodium dithiophosphate. This reagent is very powerful, but is also consumed during the process of froth flotation.%n%nFirst, flotate with §ePotassium Amyl Xanthate§r, then flotate with §6Nokes reagent§r to remove the gangue and copper, respectively. This should yield flotated molybdenite dust, which is further purified.%n%n -susy.quest.db.800.title=Molybdenum Purification -susy.quest.db.800.desc=There are two ways to obtain molybdenum trioxide. The first one is to roast §9§a§b§c§aFlotated Molybdenite Dust§r with oxygen. The other method is to roast §6Molybdenum Trisulfide Dust§r, a byproduct of tungsten purification.%n%nTo purify, sublimate molybdenum trioxide in an EBF, then filter the resultant dust to yield pure molybdenum trioxide.%n%nThe flue gas obtained from roasting §aFlotated Molybdenite Dust§r can be used to obtain §7Rhenium§r. -susy.quest.db.801.title=Molybdenum Metal -susy.quest.db.801.desc=To obtain §bMolybdenum Dust§o§r, react purified molybdenum trioxide dust with hydrogen in a reaction furnace. -susy.quest.db.802.title=Rhenium Purification -susy.quest.db.802.desc=From the flue gas obtained from roasting molybdenite, pass it through an electrostatic separator with an item filter to obtain a flue dust rich in rhenium. Next, dissolve the rhenium present with water to form §bScrubbed Perrhenate Solution§r.%n%nNext, pass this through some ion exchange beads in an ion exchange columns to extract the rhenium from the rest of the components. The extraction beads are complicated to obtain, but I will assume you are competent enough with JEI to figure out how to make them.%n%nElute the perrhenate from the beads using ammonia solution to form §aAmmonium Perrhenate Solution§r. This solution is very pure and will next be used to produce pure rhenium metal. -susy.quest.db.803.title=Rhenium Metal -susy.quest.db.803.desc=§rUsing some §bAmmonium Perrhenate Solution§r, crystallize the ammonium perrhenate from the solution, then react the dust with hydrogen to produce molybdenum metal, steam, and ammonia. -susy.quest.db.804.title=ETERNAL SUFFERING -susy.quest.db.804.desc=Before you can start producing §dniobium§r and §6tantalum§r, you must first utilize this the §cShell Higher Olefin Process§r to produce a froth flotation agent suitable for the concentration of the two elements. This catalyst is the main hassle in the process, and requires multitudinous steps to synthesize. Good luck, you will need it. -susy.quest.db.805.title=Niobium/Tantalum Beneficiation -susy.quest.db.805.desc=The beneficiation process for §d§5pyrochlore§r involves first sifting it, passing it through an electromagnetic separator, then froth flotation, followed by roasting and digestion.%n%nThe process for §dcolumbite§r and §6tantalite§r are similar, involving a sifting step, electromagnetic separator, and then froth flotation. -susy.quest.db.806.title=Niobium/Tantalum Liquid-Liquid Extraction -susy.quest.db.806.desc=The§b liquid-liquid extraction§r of §dniobium §rand §6tantalum§r is intertwined, and is a very complex process. It uses MIBK in order to carry around both metals as their heptafluoride complexes, and both processes rely upon one another. First, using hydrofluoric acid and sulfuric acid, dissolve your flotated ores. Next, extract with MIBK. Then, scrub the extract with sulfuric acid and wash with water to separate the niobium from the tantalum. Columbite carries more niobium than tantalum. For the columbite line, which produces mainly §dfluoroniobic acid solution§r, reextract that solution with MIBK to remove all traces of §6tantalum§r. As for the tantalite line, dilute ammonia solution is used to strip the tantalum from the MIBK. %n%nAcross these steps, niobium is separated from a tantalum-rich solution for the case of the tantalite line, and tantalum is separated from a niobium-rich solution in the case of the columbite line. -susy.quest.db.807.title=Ferroniobium-Tantalum -susy.quest.db.807.desc=React your digested pyrochlore with iron（III）oxide, sodium nitrate, and aluminium to produce §dFerroniobium-Tantalum§r. This will then be partitioned into its components in the following steps. -susy.quest.db.808.title=Ferroniobium-Tantalum Partitioning -susy.quest.db.808.desc=Next, we chlorinate the §dFerroniobium-Tantalum§r in a bath of salt and iron（III）chloride to produce impure niobium chloride. This is then distilled to yield §6Tantalum Pentachloride §rand §dNiobium Pentachloride. -susy.quest.db.809.title=Niobium Metal -susy.quest.db.809.desc=To obtain pure §dNiobium Metal§r, reduce niobium oxide with §baluminium§r in a reaction furnace. -susy.quest.db.810.title=Tantalum Metal -susy.quest.db.810.desc=§rTo produce tantalum metal, §cPotassium Fluorotantalate Dust§r is reduced with sodium to produce the metal. -susy.quest.db.811.title=Niobium Purification -susy.quest.db.811.desc=From either the §aniobium pentachloride §o§ror §dpurified fluoroniobic acid solution§r, niobium oxide dihydrate is precipitated, which is then roasted to form niobium oxide. -susy.quest.db.812.title=Tantalum Purification -susy.quest.db.812.desc=To further purify tantalum from pyrochlore, the tantalum chloride is first reacted with hydrogen fluoride to produce hydrogen chloride. This is then dissolved in water and crystallized with potassium fluoride to produce §cPotassium Fluorotantalate Dust§r. From tantalite, the fluorotantalic acid solution is directly crystallized with potassium fluoride to produce §cPotassium Fluorotantalate Dust§r. -susy.quest.db.813.title=Superalloys -susy.quest.db.813.desc=The five elements you have just produced, §7§5Tungsten§r, §bMolybdenum§r, §7Rhenium§r, §dNiobium§r, and §6Tantalum§r, are known as the refractory metals, known for their hardness and strength at high temperatures. They are frequently added to alloys to produce extremely resistant alloys for applications such as gas turbines, jets, rocket engines, and more. -susy.quest.db.814.title=Zircon Beneficiation -susy.quest.db.814.desc=§cZircon§r is the primary mineral used for §3zirconium§r and §3§2hafnium§r. To beneficiate it, pass it through the gravity separator and then flotate it. Next, it is electrostatically separated from the other components. -susy.quest.db.815.title=Hafnium Metal -susy.quest.db.815.desc=To produce hafnium metal, a process similar to that used in titanium, known as the Kroll process, is employed. First, reduce the hafnium tetrachloride with magnesium dust to produce a crude hafnium sponge. Next, treat it with a vacuum to produce a pure sponge. This can be crushed for §1§3§2Hafnium Dust§r. -susy.quest.db.816.title=Hafnium Purification -susy.quest.db.816.desc=From the hafnium extract, strip the hafnium using dilute sulfuric acid, and roast it to obtain hafnium dioxide. Next, carbochlorinate the hafnium dioxide to produce impure hafnium tetrachloride. Finally, melt the hafnium tetrachloride under an atmosphere of nitrogen and hydrogen to produce molten hafnium tetrachloride. -susy.quest.db.817.title=Zirconium Purification -susy.quest.db.817.desc=Using the purified zirconyl chloride solution, precipitate zirconium basic sulfate. Next, react it with ammonia to precipitate zirconium dioxide. This can then be carbochlorinated to produce zirconium tetrachloride. -susy.quest.db.818.title=Zircon Purification -susy.quest.db.818.desc=There are a few ways to produce zirconyl chloride solution. The first is to put §czircon§r in an advanced arc furnace, which will separate zirconia from the silica. This can then be further processed with the optional addition of quicklime to produce zirconyl sulfate solution. Next, calcium chloride is added to precipitate sulfate as calcium sulfate. The other method is to carbochlorinate the §czircon§r to form impure zirconium tetrachloride, which can be dissolved in water to produce zirconyl chloride solution. -susy.quest.db.819.title=Zirconium Metal -susy.quest.db.819.desc=To produce zirconium metal, a process similar to that used in titanium, known as the Kroll process, is employed. First, reduce the zirconium tetrachloride with magnesium dust to produce a crude zirconium sponge. Next, treat it with a vacuum to produce a pure sponge. This can be crushed for §1§3§2§3Zirconium Dust§r. -susy.quest.db.820.title=Zirconium/Hafnium Liquid-Liquid Extraction -susy.quest.db.820.desc=Produce the hafnium extraction mixture using kerosene, MIBC, and ammonium thiocyanate. This can then be used to purify the solution to remove hafnium. -susy.quest.db.821.title=Spinneret（or spinnerette） -susy.quest.db.821.desc=§6Spinnerets§r are used for producing the raw fibers of various polymers, including PET, UHMWPE, Kevlar, Nomex, Spandex, and Cellulose Acetate fibers. It requires a few HV components and is not consumed when in use. -susy.quest.db.822.title=Catalytic Reformer -susy.quest.db.822.desc=The catalytic reformer is used in petrochemistry to rearrange component fractions into different forms. -susy.quest.db.823.title=B.T.E.X. -susy.quest.db.823.desc=Reform naphtha from your oil processing plant into B.T.E.X to obtain aromatic products such as §8§6§8§7Benzene§r, §6Toluene§r, Ethylbenzene, §3Xylene§r§r, which can be further processed into useful chemicals such as §4Styrene§r and §aPhenol§r. -susy.quest.db.824.title=聚苯乙烯 -susy.quest.db.824.desc=Polymerize styrene obtained from ethylbenzene to produce polystyrene, a useful plastic. This can also be used to make ion exchange resins, an important tool in the purification of useful elements from their ores. -susy.quest.db.825.title=聚碳酸酯 -susy.quest.db.825.desc=Polycarbonate is a clear and durable plastic used for laminated glass. Produce it by first reacting BPA with sodium hydroxide to produce sodium bisphenolate. This is then mixed with a solution of dichloromethane containing phosgene. This produces a partially polymerized solution of polycarbonate. To finish polymerization, it is put into contact with triethylamine to produce polycarbonate. Distill the triethylamine solution to recycle. -susy.quest.db.826.title=离子交换树脂 -susy.quest.db.826.desc=Using divinylbenzene and polystyrene, you can produce the aforementioned ion exchange resins. Additionally, different materials are added to differing resins to achieve desired extractions and reactions. -susy.quest.db.827.title=环氧树脂 -susy.quest.db.827.desc=Epoxy resin is the foundation for advanced circuit board fabrication. To produce it, bisphenol A and epichlorohydrin are mixed. To source epichlorohydrin, you can either choose to produce allyl chloride from chlorine and propene, or from chlorinating glycerol. When epichlorohydrin and BPA are mixed, along with a curing agent, wet epoxy is produced. This is then heated in a vacuum to produce regular epoxy. The following materials can be used as curing agents.%n%n- Diethylenetriamine%n- Triethylenetetramine%n- Aminoethylpiperazine%n- Dicyandiamide%n- Phthalic Anhydride%n- Epoxy Curing Mixture%n%nThe first 3 agents can be sourced from aminating ethylene dichloride, which produces a variety of useful chemicals. -susy.quest.db.828.title=双酚A -susy.quest.db.828.desc=Reacting phenol and acetone with an ion exchange resin produces bisphenol A, a useful intermediate for the manufacture of polycarbonate and epoxy resins. -susy.quest.db.829.title=锶 -susy.quest.db.829.desc=The main ores for strontium are Celestine and Strontianite. Celestine must be sifted and flotated before use. The main use for strontium is for strontium ferrite for use in inductors. -susy.quest.db.830.title=Mercury -susy.quest.db.830.desc=No Description -susy.quest.db.831.title=Sol -susy.quest.db.831.desc=No Description -susy.quest.db.832.title=Saturn -susy.quest.db.832.desc=No Description -susy.quest.db.833.title=Pluto -susy.quest.db.833.desc=No Description -susy.quest.db.834.title=Uranus -susy.quest.db.834.desc=No Description -susy.quest.db.835.title=Jupiter -susy.quest.db.835.desc=No Description -susy.quest.db.836.title=Neptune -susy.quest.db.836.desc=No Description -susy.quest.db.837.title=Europa -susy.quest.db.837.desc=No Description -susy.quest.db.838.title=Io -susy.quest.db.838.desc=No Description -susy.quest.db.839.title=Ganymede -susy.quest.db.839.desc=No Description -susy.quest.db.840.title=Callisto -susy.quest.db.840.desc=No Description -susy.quest.db.841.title=Mimas -susy.quest.db.841.desc=No Description -susy.quest.db.842.title=Enceladus -susy.quest.db.842.desc=No Description -susy.quest.db.843.title=Tethys -susy.quest.db.843.desc=No Description -susy.quest.db.844.title=Dione -susy.quest.db.844.desc=No Description -susy.quest.db.845.title=Miranda -susy.quest.db.845.desc=No Description -susy.quest.db.846.title=Ariel -susy.quest.db.846.desc=No Description -susy.quest.db.847.title=Umbriel -susy.quest.db.847.desc=No Description -susy.quest.db.848.title=Titania -susy.quest.db.848.desc=No Description -susy.quest.db.849.title=Triton -susy.quest.db.849.desc=No Description -susy.quest.db.850.title=Charon -susy.quest.db.850.desc=No Description -susy.quest.db.851.title=Phobos -susy.quest.db.851.desc=No Description -susy.quest.db.852.title=Deimos -susy.quest.db.852.desc=No Description -susy.quest.db.853.title=Haumea -susy.quest.db.853.desc=No Description -susy.quest.db.854.title=Makemake -susy.quest.db.854.desc=No Description -susy.quest.db.855.title=Eris -susy.quest.db.855.desc=No Description -susy.quest.db.856.title=Rhea -susy.quest.db.856.desc=No Description -susy.quest.db.857.title=Titan -susy.quest.db.857.desc=No Description -susy.quest.db.858.title=Iapetus -susy.quest.db.858.desc=No Description -susy.quest.db.859.title=Oberon -susy.quest.db.859.desc=No Description -susy.quest.db.860.title=Storage Racks -susy.quest.db.860.desc=§6Storage Racks（Chest）§fcan hold 81 stacks of different items. %n%nA unique feature of them however, is that when they are stacked on top of one another, they share inventories.%n%nThe Chest version allows you to store more than just one item, and it also has a search bar! It's（very）primitive Applied Energistics!%n%nThe Crate version only lets you store 64 stacks of 1 item, but it is useful too. -susy.quest.db.861.title=Camo Bench -susy.quest.db.861.desc=The§a Camo Bench §rcan be used to change the texture of Techguns armor to your favorite one. The bench should work with any Techguns armor with the exception of Ranger armor. -susy.quest.db.862.title=第一批火把 -susy.quest.db.862.desc=现在你可以砍树了，你可能会想着找一些§6橡胶树§r。砍倒它们会掉落橡胶木以及更为重要的§6黏性树脂§f。%n%n这种树脂在游戏的各个阶段都有用处，所以请保留一些橡胶树苗。就现在所处的早期而言，你可以用它制作一些火把——如果你没仔细看 “你的第一天” 任务中提示的话。 -susy.quest.db.863.title=明胶 -susy.quest.db.863.desc=To produce §bgelatin, §reither leather or bone meal can be dissolved in hydrochloric acid to produce collagen. This is then washed with sodium hydroxide solution to produce treated collagen, which is then dissolved in heated water and allowed to cool. -susy.quest.db.864.title=乙烯，环氧乙烷以及乙醛 -susy.quest.db.864.desc=§aEthylene oxide§r is produced from ethylene and oxygen over a silver catalyst bed. This can be used for thermobaric weaponry, but is also a useful chemical intermediate for the production of §bethylene glycol.§r Ethylene glycol is important for the production of §3polyethylene terephthalate（PET）§r, which is required for photomasks in the production of cirucitry.%n%n§cAcetaldehyde,§r another chemical required for photomasks, is also derived from ethylene and oxygen, but requires a §eplatinum §rcatalyst.%n%n§l§nThis is the start of the §c§l§nrubylith§c§f§l§n questline. It is recommended to batch craft the materials listed! -susy.quest.db.865.title=对苯二甲酸二甲酯 -susy.quest.db.865.desc=To produce §3dimethyl terephthalate,§r Xylene is progressively oxidized using Oxygen, additional Xylene, and a Cobalt catalyst in a complicated process (more details in JEI). You should already have §bEthylene Glycol, §rand §cCobalt Acetate §rcan be produced with Acetic Acid and Cobalt Oxide. -susy.quest.db.866.title=红宝胶片 -susy.quest.db.866.desc=§cRubylith§r is composed of a PET backfilm glued to a red photoemulsion-coated top sheet. This sheet is produced with a thin film of polyethylene, some photoemulsion, and some red dye.%n%n%nOnce you make some rubylith, cut it into the patterns needed for circuits and then expose a silver-halide coated glass plate in a §6UV Light Box§r through the §erubylith stencil§r. -susy.quest.db.867.title=氯化重氮苯 -susy.quest.db.867.desc=§2Benzenediazonium chloride§r is the photoinitiator used in the acrylic photoemulsion. This material disassociates in UV light and initiates a photopolymerization reaction in §atrimethylolpropane triacrylate§r. To produce it, take §aaniline§r and react it with sodium nitrite（produced by roasting sodium nitrate, which comes of NaOH and nitric acid）and hydrogen chloride. §a§rAt LV, the only way to get §aAniline §ris processing Coal Tar. To produce 1 dust of §2Benzenediazonium chloride§r, you will need at least 46800ml Coal Tar. -susy.quest.db.868.title=Acrylic Photoinitiator -susy.quest.db.868.desc=Finally, combine the §a§2TMPTA, §bgelatin, §rand §abenzenediazonium chloride, §rto produce the acrylic photoinitiator for §crubylith. -susy.quest.db.869.title=三羟甲基丙烷三乙酸酯 -susy.quest.db.869.desc=§aTrimethylolpropane Triacrylate（TMPTA）§r is the main chemical used in the photopolymerization of the photoemulsion when §crubylith§r is exposed to UV light, resulting in hardening. %n%nTo produce it, you first must produce §7§6trimethylolpropane§r, which is produced from the aldol condensation of formaldehyde and butyraldehyde, catalyzed with sodium hydroxide solution.%nButyraldehyde may be produced in this voltage through the hydrogenation of crotonaldehyde, which is produced from the aldol condensation of acetaldehyde with itself, also catalyzed with a sodium hydroxide solution.%n§b%nAcrylic acid§r, the other component in TMPTA, is produced from acetylene, carbon monoxide, water, and a cobalt-nickel bromide catalyst.%n%nFinally, combine these two components with sulfuric acid with heating to produce TMPTA. -susy.quest.db.870.title=苯 -susy.quest.db.870.desc=The most convenient way to produce benzene is to simply react phenol with zinc at this voltage. Later on, BTEX can be produced from naphtha and distilled for benzene. -susy.quest.db.871.title=硝基苯与苯胺 -susy.quest.db.871.desc=Both §cnitrobenzene§r and §aaniline§r are useful intermediates used in a wide array of chemical processes. To produce §cnitrobenzene,§r simply mix §enitration mixture§r with benzene to produce an acidic mixture, which can be further distilled for nitrobenzene.%n%n§aAniline§r can be produced by reacting §cnitrobenzene§r with hydrogen with a §bpalladium §rcatalyst bed. -susy.quest.db.872.title=聚对苯二甲酸乙二醇酯（PET） -susy.quest.db.872.desc=The earliest way in which §2polyethylene terephthalate（PET）§r is produced is through the combination of §3dimethyl terephthalate§r and §bethylene glycol§r with a §ccobalt acetate§r polymerization catalyst.%n%nTo produce §3dimethyl terephthalate,§r xylene is progressively oxidized using oxygen, additional xylene, and a cobalt catalyst in a complicated process（more details in JEI）. You should already have §bethylene glycol, §rand §ccobalt acetate §rcan be produced with acetic acid and cobalt oxide. -susy.quest.db.873.title=二甲苯 -susy.quest.db.873.desc=The earliest way to produce p-Xylene, which is required for §2polyethylene terephthalate, §ris to react benzene with §dchloromethane, §rwhich can be produced by chlorinating methane and distilling it. This is done with an aluminium chloride catalyst. The resultant mixture of o/p（ortho/para）xylene can then be separated. -susy.quest.db.874.title=Upgraded Lubricants -susy.quest.db.874.desc=There are §63 tiers§r of lubricant upgrades, similar to diesel, kerosene, and gasoline. The first tier requires antifoam, demulsifier, and antiwear additives. The second tier requires pour point depressants, antirust additives, and detergents. The third tier requires chelating agents, corrosion inhibitors, and antioxidants.%n%nUnlike fuel additives, lubricant additives are not their own material.%n%n§9Antifoam additive §rproduction is outlined in the upgrade fuels quests.%n§§Calcium dinonylnapthalene sulfonate and polyethylene glycol is a §1demulsifier.§r%nMolybdenum dialkyldithiophosphate, zinc bis（diethyldithiocarbamate）, tricresyl phosphate, and zinc dialkyldithiophosphate are §2antiwear additives.%n§rEthylene-propylene copolymer, hydrogenated styrene-isoprene rubber, hydrogenated styrene-butadiene rubber, polyisobutene, and polyalkyl methacrylate are §3pour point depressants.%n§rCalcium didodecylbenzene sulfonate and 4-nonylphenoxyacetic acid are §4antirust additives.§r%n§rCalcium phenate, calcium dodecylbenzene sulfonate, calcium salicylate, and polyisobutene succinic anhydride（PIBSA）are §4§5detergents.%n§rN,N'-bis（salicylidene）-1,2-propanediamine（SALPN）, and N,N'-bis（salicylidene）ethylenediamine（SALEN）are §5§6chelating agents.%n§rBenzotriazole and mercaptobenzothiazole and §7corrosion inhibitors.§r%nN-phenyl-1-naphthylamine, butylated hydroxytoluene, dimethyl-tert-butylphenol, and di-tert-butylphenol are §8antioxidants.%n -susy.quest.db.875.title=恶魔核心 -susy.quest.db.875.desc=No Description -susy.quest.db.876.title=铀生产方法学 -susy.quest.db.876.desc=Currently, the only method to produce uranium is from carnotite. First, dissolve §bcarnotite§r in §d§chot sulfuric acid. §rThe resultant solution is then reduced with iron and calcite to transform the dissolved uranium into a extractable state. This mixture is subsequently contacted with uranium-vanadium extraction mixture（D2EHPA, TBP, and kerosene）.%n%nAfter the liquid-liquid extraction, the resultant solution containing vanadium and §auranium§r is stripped with dilute sulfuric acid to remove the vanadium content. Next, soda ash solution is used to strip the §auranium§r out as §auranyl carbonate§r. The resultant stripped solution contains some particles of aluminium and iron carbonate, which is sifted out. The solution is then acidified with sulfuric acid to produce §auranyl sulfate§r. Ammonia is then introduced to precipitate §eammonium diuranate§r, a form of yellowcake. This is then calcined to produce §2uranium dioxide§r, which is a precursor to uranium metal（used in EV superconductors）and uranium hexafluoride, which is required for U235 enrichment. -susy.quest.db.877.title=Silicon Wafer -susy.quest.db.877.desc=Polish your §6Acid-Treated Silicon Wafer§r to get a §6Silicon Wafer§r. You can now use this wafer to craft §6ICs, CPUs, RAMs,§r etc... -susy.quest.db.878.title=EV超导体 -susy.quest.db.878.desc=Smelt and assemble the uranium triplatinum dust like you would with §7Manganese Phosphide §rto produce EV superconductors. -susy.quest.db.879.title=Uranium Triplatinum -susy.quest.db.879.desc=Uranium triplatinum is a mixture of uranium and platinum. It's that simple. -susy.quest.db.880.title=Acid-Treated Silicon Wafer -susy.quest.db.880.desc=Bathe your§6 Raw Wafer§r in §2Wafer §2Treatment Acid§r to get an §6Acid-Treated Silicon Wafer§r. -susy.quest.db.881.title=Wafer Treatment Acid -susy.quest.db.881.desc=You need to make §6Wafer Treatment Acid§r to polish your §6Wafers§r. To make §6Wafer Treatment Acid§r, mix §2§a§d§b§a§5§4§3Hydrofluoric Acid§r and §8§7Hydrochloric Acid§r. If you add §d§5§4§3§f§7Acetic Acid§r, the mixing time will go down from 30 seconds to 10 seconds. -susy.quest.db.882.title=Liquid Nitrogen -susy.quest.db.882.desc=§bNitrogen§r becomes a liquid at §c77K§r. This is low enough to activate §bMV§r superconductors.