How to Unlock Turboelectric Reactor

Overview

EnglishDuring the localization, some players find there’s Turboelectric Fission Reactor hidden in the game, but it’s locked. Description of Turboelectric Fission Reactor still exists in in-game infolinks. Someone find out how to unlock it. I tried to design overpowered/IMBA reactors with Community (Future) Material Pack.中文有人在游戏文本中找到了涡轮裂变反应堆，由于某些非常魔法的数值，这种反应堆是被作者锁定了，但这种反应堆的原理在信息查询里面是存在的。有人找到了解锁涡轮裂变反应堆的方法，在社区材料包和社区聚变包的淫威之下，我设计了一些过于魔法/不科学的反应堆。

Unlocking

Save following stuff as “135.txt” with Notepad. (or some other similar software, because Notepad is built-in software in Windows)

TurboelectricFissionReactorModule 135 UsesCustomName false ReactorCoreDimensions_m 0.1 0.1 NuclearReactor Coolant Water Moderator Hafnium Carbide ModeratorMass_kg 0 Fuel U-235 Dioxide FuelMass_kg 0.15 FuelEnrichment_Percent 0.97 ControlRodComposition Boron Carbide ControlRodMass_kg 0.001 NeutronReflector Boron Nitride ReflectorThickness_m 0 AverageNeutronFlux__m2_s 5.4e+18 Turbopump Composition Vanadium Chromium Steel PumpRadius_m 0.1 RotationalSpeed_RPM 3400 Turbine Composition Vanadium Chromium Steel TurbineRadius_m 0.1 HubRadius_m 0.09 AbsoluteInletAngle_degrees 80 StageCount 25 CoolantInletPressure_Pa 1e+07 CoolantInletTemperature_K 1000

Save your 135.txt to this path in your computer: C:Users<Your Username>AppDataRoamingCDEModsDataImports

Then you can find something like this in Module Design-Powerplant-Other:

You will find there’s a Turboelectric Fission Radiator. Duplicate this module, do some edit, trial and error, you can design an available Turboelectric Fission Radiator.

Design Doctrine

1. If you can’t find what’s the best material for coolant, water is always your first choice. Because in real power plant, we use water to make steam turbine run. If you want to optimize your reactor by using other types of coolant, you can try something with low boiling point.

2. Don’t make outlet temperature too high, if it’s too high, you can’t find suitable material for radiator.

Do you see the “Error” in the red box? It’s probably a bug. The module is too OP/IMBA, it’s still not being fixed. Q Switched don’t want to fix the module, so it’s locked in UI.

You might need the help of Community (Future) Materials Pack to design an OP/IMBA reactor.

[link] [link]

解锁涡轮裂变反应堆的方法

将以下内容复制进记事本（或者是其他类似的东西），另存为 “135.txt”

TurboelectricFissionReactorModule 135 UsesCustomName false ReactorCoreDimensions_m 0.1 0.1 NuclearReactor Coolant Water Moderator Hafnium Carbide ModeratorMass_kg 0 Fuel U-235 Dioxide FuelMass_kg 0.15 FuelEnrichment_Percent 0.97 ControlRodComposition Boron Carbide ControlRodMass_kg 0.001 NeutronReflector Boron Nitride ReflectorThickness_m 0 AverageNeutronFlux__m2_s 5.4e+18 Turbopump Composition Vanadium Chromium Steel PumpRadius_m 0.1 RotationalSpeed_RPM 3400 Turbine Composition Vanadium Chromium Steel TurbineRadius_m 0.1 HubRadius_m 0.09 AbsoluteInletAngle_degrees 80 StageCount 25 CoolantInletPressure_Pa 1e+07 CoolantInletTemperature_K 1000

将你的135.txt文件复制到如下路径 C:Users<你的用户名>AppDataRoamingCDEModsDataImports

你将会在“模块设计-发电机-其它”中发现这样的东西：

你会发现这里面有一个涡轮裂变反应堆。复制这个模块，编辑一下，拉一下条子，做各种调整和试错，你就能捏出一个能用的涡轮裂变反应堆了。

这是一个能用的涡轮裂变反应堆。

设计要点

1. 如果你不知道该选什么材料作为冷却剂的话，水永远是最好的，因为真正的发电厂或者是核电站都是用水。如果你想换别的冷却剂的话，你可以试一下沸点更低的材料。

2. 出口温度不能太高，否则你会找不到能用于散热板的材料的。

一不小心就溢出和报错了，大概是因为这个模块过于魔法，作者不想修了，于是就把这个模块在UI中锁定了。

你可能需要借助社区材料包和社区聚变包来设计一个魔法反应堆