Difference between revisions of "Technology:Fusion In MK1 reactors"
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| Line 9: | Line 9: | ||
===Requirements=== | ===Requirements=== | ||
* [[Technology:Inertial confinement fusion|Inertial confinement fusion]] | * [[Technology:Inertial confinement fusion|Inertial confinement fusion]] | ||
| − | === | + | ===Allows=== |
* [[Technology:Fusion In MK2 reactors|Fusion In MK2 reactors]] | * [[Technology:Fusion In MK2 reactors|Fusion In MK2 reactors]] | ||
| + | * [[Technology:Fusion Mag MK1 reactors|Fusion Mag MK1 reactors]] | ||
===Objects=== | ===Objects=== | ||
* [[Object:Fusion-in MK1 XL|Fusion-in MK1 XL]] | * [[Object:Fusion-in MK1 XL|Fusion-in MK1 XL]] | ||
* [[Object:Fusion-in MK1|Fusion-in MK1]] | * [[Object:Fusion-in MK1|Fusion-in MK1]] | ||
| − | [[es: | + | [[es:Technology:Reactores Fusión-in MK1]] |
[[Category:Technologies]] | [[Category:Technologies]] | ||
Latest revision as of 12:15, 14 April 2021
| Power | |
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| level | 4 |
| multiplier | 1.0 |
The fusion reactors join deuterium and tritium atoms to obtain energy from the strong nuclear force. They need huge amounts of water.