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Deuterium Fractionation (Tech)/TechInfo: Difference between revisions

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{{TechInfo
{{TechInfo
|Name=
|Name=Deuterium Fractionation
|Description=
|Description=At a certain temperature it is possible to take<br>
advantage of the high vapour pressure ratio between<br>
|Cost1Type=
liquid hydrogen and liquid deuterium. Deuterium can be<br>
|Cost1Qty=
fractionated from liquid hydrogen with a considerable<br>
|Cost2Type=
separation efficiency.
|Cost2Qty=
|Cost1Type=Electromagnetic Matrix
|Cost3Type=
|Cost1Qty=200
|Cost3Qty=
|Cost2Type=Energy Matrix
|Cost4Type=
|Cost2Qty=300
|Cost4Qty=
|Hashes=36.0k
|Cost5Type=
|UnlockItem1=Fractionator
|Cost5Qty=
|UnlockItem2=Deuterium Fractionation
|Hashes=
}}<noinclude>[[Category:TechInfo Pages]]</noinclude>
|UnlockItem1=
|UnlockItem2=
|UnlockItem3=
|UnlockItem4=
}}

Latest revision as of 07:53, 16 March 2021

Deuterium Fractionation
Unlocks:
Fractionator
Deuterium Fractionation
Research Consumption
200
300
Data Volume
36.0k Hashes

At a certain temperature it is possible to take

advantage of the high vapour pressure ratio between
liquid hydrogen and liquid deuterium. Deuterium can be
fractionated from liquid hydrogen with a considerable

separation efficiency.
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