![]() ![]() Fuel is removed when the percentage of neutron absorbing atoms becomes so large that a chain reaction can no longer be sustained, typically three years. ![]() Most nuclear power plants use thermal reactors with enriched uranium in a once-through fuel cycle. Generating electricity from fusion power remains the focus of international research. Nuclear decay processes are used in niche applications such as radioisotope thermoelectric generators in some space probes such as Voyager 2. Presently, the vast majority of electricity from nuclear power is produced by nuclear fission of uranium and plutonium in nuclear power plants. Nuclear power can be obtained from nuclear fission, nuclear decay and nuclear fusion reactions. Nuclear power is the use of nuclear reactions to produce electricity. The Leibstadt Nuclear Power Plant in Switzerland Growth of worldwide nuclear power generation This will output HECf-251 Oxide Fuel!!!!!!Īnd, that is it! Simpler than it seems.For countries with the power or ability to project nuclear weapons, see List of states with nuclear weapons. The Fluid Infuser must have Oxygen inside of it. Put the HECf-251 Fuel into the Fluid Infuser (Nuclearcraft). Do the same with the Tiny Clump of Califorium-252.Ĭombine the Califorium-251 and Califorium-249 into HECf-251 Fuel (Very close to the end, just hang on) Turn the Tiny Clump of Califorium-251 into Califorium-251. This should output Tiny Clump of Berkelium-248, Tiny Clump of Califorium-249, Tiny Clump of Califorium-251, and Tiny Clump of Califorium-252. Throw all of the Depleted HECm-247 Fuel into the Fuel Reprocessor. Do the same with the Tiny Clump of Curium-246.Ĭombine the Curium-247 and Curium-246 to make HECm-247 Fuel.Īgain (this is the last one, I promise), burn the HECm-247 Fuel in the reactor to get Depleted HECm-247 Fuel. Turn the Tiny Clump of Curium-247 into Curium-247. This should output Tiny Clump of Curium-245, Tiny Clump of Curium-246, Tiny Clump of Curium-247, and Tiny Clump of Americum-241. Throw all of the Depleted HEP-241 Fuel into the Fuel Reprocessor. ![]() Make HEP-241 Fuel with the Plutonium-242 and Plutonium-241.Īgain, burn the HEP-241 Fuel in the reactor to get Depleted HEP-241 Fuel. Do the same with the Tiny Clump of Plutonium-241. Turn the Tiny Clump of Plutonium-242 into Plutonium-242. This should output Tiny Clump of Plutonium-239, Tiny Clump of Plutonium-241, Tiny Clump of Plutonium-242, and Tiny Clump of Americum-243. Throw all of the Depleted LEU-233 Fuel into the Fuel Reprocessor. Throw the Neptunium-237 into the Decay Hastener to get Uranium-233.Ĭombine the Uranium-233 with the Uranium-238 to get LEU-233 Fuel.īurn the LEU-233 Fuel in the reactor to get Depleted LEU-233 Fuel. Do the same with the Tiny Clump of Neptunium-237 and Tiny Clump of Plutonium-241. This should output Tiny Clump of Uranium-238, Tiny Clump of Uranium-237, Tiny Clump of Plutonium-239, and Tiny Clump of Plutonium-241Ĭombine the Tiny Clump of Uranium-238 together to get Uranium-238. Throw all of the Depleted LEU-235 Fuel into the Fuel Reprocessor. Make as much as you can.īurn the LEU-235 Fuel in the fission reactor to get Depleted LEU-235 Fuel. The output should be Tiny Clump of Uranium-235 and Uranium-238.Ĭraft all of the Tiny Clump of Uranium-235 into Uranium-235 with the JEI recipe.Ĭombine 8 of the Uranium-238 with one of the Uranium-235 to make LEU-235 Fuel. Then, get out your Isotope Separator and put all of the Yellorium inside.
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