![]() A Molten-Salt Centifuge will also be added, effectively as a combined fluid version of the Isotope Separator and Fuel Reprocessor. It will also be possible to use different combos of fission fuel at the same time. The heaters positions within the structure will determine how efficient they are, and different coolant types will prefer different heater positions. ![]() The actual Fluid Fission Reactor will use Molten-Salt Fission Fuels and have a customisable internal structure similar to that of the standard solid-fuel Fission Reactor. So for example, in the case of cryotheum, that would just be 4 dust per bucket. Hopefully that should be easy to deal with, as I can just attach metadata, or more likely NBT data, to a general by-product item that keeps track of what type of coolant it came from.EDIT: Actually, the above would not actually be a problem if the by-product is exactly equal to the materials required to make the coolant in the first place. The coolant by-product can't just be something like cryotheum dust, because otherwise you could, say, produce a bunch of hot coolant from destabilised redstone, then convert it into cryotheum with cryotheum dust, so it will have to be a new item. You'd lose the interesting gimmick of designing the cooling systems though, or have a weird overlap if you wanted to do both the blocks and the fluid cooling. Reactors would need to be able to output a different itemstack (cryotheum dust when cryotheum consumed, etc)Ī machine (compressor or something) would be able accept a fluidstack and itemstack and convert it back to the original cold coolant. ![]() From SAFE REACTOR (NUCLEARCRAFT) : FEEDTHEBEAST Nuclearcraft fission reactors dont really go boom. Place the right components in the reactor in the right locations, and voila - nearly free energy. Reactors would need to be able to output fluid (you're considering this anyway) Once you have your reactor, you want to get some power out of it. Cold Coolant and Cryotheum dust craft into Cryotheum.Turbine produces power and NC-Cold Coolant.NC-Hot Coolant goes into Turbine (or Heat exchanger, turbodiesel's preference).Reactor produces NC-Hot Coolant and cryotheum dust.It generates small amounts of energy by absorbing the radiation of nuclear decay in adjacent blocks of nuclear material. If you prefer adding blocks, it could be something like. The Decay Generator is a simple power generator added by NuclearCraft. You don't even really need to make proprietary "hot" versions of fluids from other mods if that's annoying. Click to expand.I think everyone's hoping you'll do fluid cooling for steam reactors Its a staple of fission for Big Reactors (optional), IC2 (optional), ReactorCraft (required), etc.
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