Fast Neutron Breeder Reactor
gtocore:fast_neutron_breeder_reactor, from GTOCore
Fast Neutron Breeder Reactor
- Operating Mechanism
৹ Supports up to 2048 parallel, cannot be accelerated by other means
৹ Recipe requires minimum neutron flux
৹ Neutron flux can be increased by inputting neutron sources or during recipe operation
৹ The higher the neutron flux, the faster the pile heats up
# Inputting Graphite Dust can absorb neutron flux
# Inputting coolant can lower the temperature
✘ If the temperature exceeds 2098K, the recipe fails, outputs waste, and all fuel component blocks melt.
- Recipe Related
৹ Input: Breeding Rods and corresponding Element Dust, different recipes require different neutron flux
৹ Output: Depleted Breeding Rods
# The larger the actual parallelism, the shorter the running time, formula: T = t * (0.9 - (current neutron flux - required neutron flux) / 10MeV)^0.5
- Numerical Mechanism
৹ Consume neutron sources to provide initial flux: Sb-Be 10keV, Pu-Be 100keV, Cf-252 1MeV
৹ Neutron flux decreases by 10keV per second
৹ Small Pile/Big Pile/Graphite Dust reduce by 0.1/0.25/1MeV respectively
৹ When neutron flux is E (keV), after placing N Iridium Neutron Reflectors in the mainframe, neutron flux increases by (EN)^0.5 keV per second
# Initial temperature 298K, critical point 2098K
৹ Heat generation formula per second: H=K×1.27×(E×10)^1.88, result rounded up
৹ Coolant coefficients(K/mB/s): Distilled Water 1, Liquid Nitrogen 4, Liquid Helium 80
৹ Outputs Steam, Gaseous Nitrogen, Gaseous Helium respectively after cooling
৹ Will consume all neutron moderators/coolants input per second
৹ Temperature change per second: ΔT=H-C×M, result rounded down
- Special Parallel : ✔
Built-in parallel processing, no parallel control hatch required
- Recipes Type : Fast Neutron Breeder Reactor
- Type
- Items
- Mod
- GTOCore
- ID
- gtocore:fast_neutron_breeder_reactor
- Game version
- 0.5.6-beta (Normal)