Mini Fusion Power Generation (Tech)/TechInfo: Difference between revisions
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{{TechInfo | {{TechInfo | ||
|Name= | |Name=Mini Fusion Power Generation | ||
|Description= | |Description=By using stellerator structure to confine static high-temperature plasma reactor core, the new generation of controlled nuclear fusion technology put standard fuel rod to supply deuterium; these technological breakthroughs promote the miniaturization of reactor miniaturization. | ||
|Cost1Type= | |Cost1Type=Electromagnetic Matrix | ||
|Cost1Qty= | |Cost1Qty=1000 | ||
|Cost2Type= | |Cost2Type=Energy Matrix | ||
|Cost2Qty= | |Cost2Qty=500 | ||
|Cost3Type= | |Cost3Type=Structure Matrix | ||
|Cost3Qty= | |Cost3Qty=250 | ||
|Hashes=180k | |||
|UnlockItem1=Mini Fusion Power Station | |||
|UnlockItem2=Deuteron Fuel Rod | |||
}}<noinclude>[[Category:TechInfo Pages]]</noinclude> | |||
|Hashes= | |||
|UnlockItem1= | |||
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}} | |||
Latest revision as of 08:03, 16 March 2021
Mini Fusion Power Generation
Data Volume
180k Hashes
180k Hashes
By using stellerator structure to confine static high-temperature plasma reactor core, the new generation of controlled nuclear fusion technology put standard fuel rod to supply deuterium; these technological breakthroughs promote the miniaturization of reactor miniaturization.