Fission Fuels

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Fission Fuels

ModNuclearCraft
TypeItem

There are 52 different fuels available for use in a NuclearCraft Fission Reactor. Each fuel has unique values for Duration, Power and Heat. Balancing these characteristics is the primary challenge of NuclearCraft fission reactors.

The process of creating fuels is as follows:

  1. Acquire radioactive isotopes (such as Neptunium-236) using the Isotope Separator, Fuel Reprocessor or Decay Hastener.
  2. Combine various isotopes to form blocks of fuel (e.g. HEP-241 Fuel)
  3. Optionally oxidize in a Fluid Infuser

The following table lists the data for all fuels that can be used in a Fission Reactor.

Fuel Rod Data[edit | edit source]

This information pertains to an older version of the mod.

Values are taken from the default NuclearCraft config (as of December 15 2017, v2.7a).

Fuel Rod Name Base Duration (min) Base Power (RF/t) Base Heat (H/t) Power/Heat Efficiency (BP/BH) Base Total Power (Total RF)
TBU 120 60 18 3.333 8,640,000
TBU Oxide 120 84 22.5 3.733 12,096,000
LEU-233 53.3 144 60 2.4 9,210,240
LEU-233 Oxide 53.3 201.6 75 2.688 12,894,336
HEU-233 53.3 576.0 360 1.6 36,840,960
HEU-233 Oxide 53.3 806.4 450 1.792 51,577,344
LEU-235 60 120 50 2.4 8,640,000
LEU-235 Oxide 60 168 62.5 2.688 12,096,000
HEU-235 60 480 300 1.6 34,560,000
HEU-235 Oxide 60 672 375 1.792 48,384,000
LEN-236 85 90 36 2.5 9,180,000
LEN-236 Oxide 85 126 45 2.8 12,852,000
HEN-236 85 360 216 1.666 36,720,000
HEN-236 Oxide 85 504 270 1.866 51,408,000
LEP-239 76.6 105 40 2.625 9,651,600
LEP-239 Oxide 76.6 147 50 2.94 13,512,240
HEP-239 76.6 420 240 1.75 38,606,400
HEP-239 Oxide 76.6 588 300 1.96 54,048,960
LEP-241 76.6 165 70 2.357 15,166,800
LEP-241 Oxide 76.6 231 87.5 2.64 21,233,520
HEP-241 76.6 660 420 1.571 60,667,200
HEP-241 Oxide 76.6 924 525 1.76 84,934,080
MOX-239 70 155.4 57.5 2.702 13,053,600
MOX-241 46.6 243.6 97.5 2.498 13,622,112
LEA-242 45 192 94 2.042 10,368,000
LEA-242 Oxide 45 268.8 117.5 2.287 14,515,200
HEA-242 45 768 564 1.361 41,472,000
HEA-242 Oxide 45 1075.2 705 1.525 58,060,800
LECm-243 43.3 210 112 1.875 10,911,600
LECm-243 Oxide 43.3 294 140 2.1 15,276,240
HECm-243 43.3 840 672 1.25 43,646,400
HECm-243 Oxide 43.3 1176 840 1.4 61,104,960
LECm-245 56.6 162 68 2.382 11,003,040
LECm-245 Oxide 56.6 226.8 85 2.668 15,404,256
HECm-245 56.6 648 408 1.588 44,012,160
HECm-245 Oxide 56.6 907.2 510 1.778 61,617,024
LECm-247 65 138 54 2.555 10,764,000
LECm-247 Oxide 65 193.2 67.5 2.862 15,069,600
HECm-247 65 552 324 1.703 43,056,000
HECm-247 Oxide 65 772.8 405 1.908 60,278,400
LEB-248 71.7 135 52 2.596 11,615,400
LEB-248 Oxide 71.7 189 65 2.907 16,261,560
HEB-248 71.7 540 312 1.730 46,461,600
HEB-248 Oxide 71.7 756 398 1.899 65,046,240
LECf-249 50 216 116 1.862 12,960,000
LECf-249 Oxide 50 302.4 145 2.085 18,144,000
HECf-249 50 864 696 1.241 51,840,000
HECf-249 Oxide 50 1209.6 870 1.390 72,576,000
LECf-251 48.3 225 120 1.875 13,041,000
LECf-251 Oxide 48.3 315 150 2.1 18,257,400
HECf-251 48.3 900 720 1.25 52,164,000
HECf-251 Oxide 48.3 1260 900 1.4 73,029,600