Difference between revisions of "Fuel Rod (MOX)"

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{{Experimental}}
{{Experimental}}
'''MOX (mixed oxide) fuel rods''' are the way of the future! Despite lasting only half as long as [[Fuel Rod (Uranium)|uranium fuel rods]] (10,000 seconds vs. 20,000), they are capable of much more power generation.  A MOX fuel rod becomes more efficient as the reactor heat (percentage, not absolute) increases, up to '''5x''' efficiency at 99.9% max heat.  Because of this property, a MOX fuel rod can reach reactor efficiencies of up to 30, although it needs amazing cooling because any escaping heat might cause ''slight'' issues.
Users of the [[fluid reactor]] will of course want to keep their core heat below 85%, as above that point their expensive reactor casing will start melting into lava.  While delightfully aesthetic, this will also interrupt the reactor's operation.
==Recipe==
==Recipe==
{{Grid/Canning Machine
{{Grid/Canning Machine
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|input=MOX Nuclear Fuel
|input=MOX Nuclear Fuel
|output=Fuel Rod (MOX)
|output=Fuel Rod (MOX)
|OA=3
}}
}}
==MOX Nuclear Fuel==
In IC2 Experimental, MOX Nuclear Fuel is the way of the future! Despite lasting only half as long as [[Enriched Uranium Nuclear Fuel]], MOX is capable of much more power generation. MOX fuel becomes more efficient as the reactor heat (as a percent) increases. It scales up to 5x efficiency at 99.9% max heat. With this, MOX can reach reactor efficiencies of up 30, although they need amazing cooling because any escaping might cause slight overheating issues.


==Uses==
==Uses==
Crafting '''Dual Fuel Rod (MOX)''':
Just like their uranium cousins, MOX fuel rods can be crafted into dual and quad varieties.
{{Grid/Crafting Table
{{Grid/Crafting Table
|A1=Fuel Rod (MOX)
|A1=Fuel Rod (MOX)
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|Output=Dual Fuel Rod (MOX)
|Output=Dual Fuel Rod (MOX)
}}
}}
Crafting '''Quad Fuel Rod (MOX)''':
{{Grid/Crafting Table
{{Grid/Crafting Table
|A1=Fuel Rod (MOX)
|A1=Fuel Rod (MOX) |B1=Iron Plate |C1=Fuel Rod (MOX)
|B1=Iron Plate
|A2=Copper Plate |B2=Iron Plate |C2=Copper Plate
|C1=Fuel Rod (MOX)
|A3=Fuel Rod (MOX) |B3=Iron Plate |C3=Fuel Rod (MOX)
|A2=Copper Plate
|B2=Iron Plate
|C2=Copper Plate
|A3=Fuel Rod (MOX)
|B3=Iron Plate
|C3=Fuel Rod (MOX)
|Output=Quad Fuel Rod (MOX)
|Output=Quad Fuel Rod (MOX)
}}
}}


[[Category:Radioactive]]
[[Category:Radioactive]]

Revision as of 01:21, 5 November 2016

Experimental-Only Content: This information has been updated to the V2.X version of IC².
The most recent version of IC² is V2.8.<html>.

MOX (mixed oxide) fuel rods are the way of the future! Despite lasting only half as long as uranium fuel rods (10,000 seconds vs. 20,000), they are capable of much more power generation. A MOX fuel rod becomes more efficient as the reactor heat (percentage, not absolute) increases, up to 5x efficiency at 99.9% max heat. Because of this property, a MOX fuel rod can reach reactor efficiencies of up to 30, although it needs amazing cooling because any escaping heat might cause slight issues.

Users of the fluid reactor will of course want to keep their core heat below 85%, as above that point their expensive reactor casing will start melting into lava. While delightfully aesthetic, this will also interrupt the reactor's operation.

Recipe[edit]


Uses[edit]

Just like their uranium cousins, MOX fuel rods can be crafted into dual and quad varieties.

Grid Fuel Rod (MOX).png


Grid Iron Plate.png


Grid Fuel Rod (MOX).png


Grid Dual Fuel Rod (MOX).png


Grid Fuel Rod (MOX).png
Grid Copper Plate.png
Grid Fuel Rod (MOX).png
Grid Iron Plate.png
Grid Iron Plate.png
Grid Iron Plate.png
Grid Fuel Rod (MOX).png
Grid Copper Plate.png
Grid Fuel Rod (MOX).png
Grid Quad Fuel Rod (MOX).png