“TWR Research-Smelting Reactive Metals”的版本间的差异
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<!-- Auto generated | <!-- Auto generated, do not edit -->Required Points: 6000IOPS | ||
== Category == | == Category == | ||
[[TWR_Research#Production|Production]] | [[TWR_Research#Production|Production]] | ||
| 第13行： | 第13行： | ||
* [[TWR Research-Improved Thermos|Improved Thermos]] | * [[TWR Research-Improved Thermos|Improved Thermos]] | ||
== Clues == | == Clues == | ||
=== Finish paper === | === Finish common paper === | ||
45% <span style="color:red">Required</span> | 45% <span style="color:red">Required</span> | ||
=== Finish paper === | === Finish common paper === | ||
25% | |||
=== Submit Item === | |||
Gold Ingot x32 | |||
25% | 25% | ||
2023年1月16日 (一) 01:33的最新版本
Required Points: 6000IOPS
Category
Dependencies
Depenents
Clues
Finish common paper
45% Required
Finish common paper
25%
Submit Item
Gold Ingot x32
25%
Effects
New Recipe
Simple Electrolyzer
Research Description
Before Completion
To smelt reactive metals, such as Aluminum, traditional thermal-reduction methods won't work. Electrolysis is the proper method for this task.
After Completion
I've noticed that some ore types simply disappear when I try to smelt them directly. Maybe I should try some more subtle way to deal with them?