Difference between revisions of "Object:Fusion-in MK3"
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(Created page with "{{Page Object | nombre=Object:Fusion-in MK3 | descripcion=It uses inertial confinement. | icono=reactor_de_fusion.png | categoria=Fusion reactor | descripcionCategoria=Fusion...") |
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| descripcionCategoria=Fusion reactors join atomic cores of light element isotopes to generate immense amounts of energy. | | descripcionCategoria=Fusion reactors join atomic cores of light element isotopes to generate immense amounts of energy. | ||
| technologia=Fusion In MK3 reactors | | technologia=Fusion In MK3 reactors | ||
| − | | volumen = | + | | volumen = 100 |
| valor = 8721 | | valor = 8721 | ||
| masa = 250 | | masa = 250 | ||
Revision as of 22:21, 14 October 2019
| Fusion-in MK3 | |
| |
| Characteristics | |
| Category | Fusion reactor |
| Mass | 250 |
| Value | 8721 |
| Volumen | 100 |
Fusion reactors join atomic cores of light element isotopes to generate immense amounts of energy.
It uses inertial confinement.
Installation requirements
| Power | 0 |
| Personnel | 20 |
| Space | 25 |
Resources needed
 |
Metals | 40 |
 |
Silicates | 40 |
 |
Carbon compounds | 60 |
 |
Inert gases | 10 |
 |
Water | 400 |