todo.txt

Patchouli documentation

Generate nuclearcraft.ncpf.json for registered multiblock component stats and rules

Multiblock monitors: show cluster information, meltdown locations, side configurations, etc.

Show potential (pre-primed) stats if reactor is idle

Finish fission meltdown mechanics
Add melting logic to non-fuel components
Graphite/beryllium fires, heavy water evaporation, etc.
Hydrogen build-up by ZA fuels above a certain temperature, hygrogen explosion if breaking open reactor above this temperature?

Replace casing emergency cooling with cluster/port based version (no placement rules, works for both SFRs and MSRs)
Add component heat dissipation while invalid

Read Pu + Fatmice neutron poison discussion (+ "Technically, almost all of the neutron poisons were removed with the spent fuel")
Reduce default neutron poison lifetime

Keep clusters running even when multiblock is invalidated
___________________________________________________________________________________________________________________________

Gas-cooled Pebble-Bed Reactor that produces energy directly
QT gas coolants: https://docs.google.com/spreadsheets/d/1gtXbk_S9ginkjgDo8BNXQr54kaQcToaqUa2E9LA0CMQ/edit#gid=1165328757
___________________________________________________________________________________________________________________________

Multiblock Electrolyser

Girdler process for deuterium extraction: https://en.wikipedia.org/wiki/Girdler_sulfide_process
Add generic reaction tower for slow chemical recipes

Girdler process requires two towers:
H2S + [preheated water OR steam?] + energy -> deuterium-enriched H2S + deuterium-depleted water
deuterium-enriched H2S + water -> H2S + deuterium-enriched water

Fractional distillation: deuterium-enriched water -> heavy water + water
___________________________________________________________________________________________________________________________

Heat Exchanger: make heat flow maths realistic: https://en.wikipedia.org/wiki/Countercurrent_exchange
Implement LMTD exchangers and condensers without log term: (https://en.wikipedia.org/wiki/Logarithmic_mean_temperature_difference)
Implement heat transfer coefficient as percentage for each tube material
Add powered 'heat pump', placed between tube lines, to move heat from cold -> hot?

Add condenser controller, split mechanics like the fission reactor

Decay pool to preheat condensate water from radioactive isotopes? (https://discordapp.com/channels/425461908712325130/425470889354723350/574303555465510912)
___________________________________________________________________________________________________________________________

Fusion Reactor: https://discordapp.com/channels/425461908712325130/425471153067524098/621412674948825134
Allow for variable lining thickness? https://discordapp.com/channels/425461908712325130/425471153067524098/635267993294733312
Change Fusion Reactor to produce steam instead of energy: Water -> High Pressure Steam from Heating Blanket in Electromagnet Ring
New reactivity curve: R = z*(T/(1.5*h))^(-1.5)*exp(-1.5*h/T), z ≡ sqrt(8/27)*exp(1.5) ≈ 2.43952253514146, T = temperature (kK), h = optimal temperature (kK)
Superconducting e-magnets can be used instead for an efficiency bonus?
___________________________________________________________________________________________________________________________

SiC–SiC ceramic matrix composite for top-tier turbine blades, made by melt infiltration (MI) of silicon, following chemical vapor infiltration (CVI) of carbon into SiC fibre, formed from SiC gas phase via laser-driven chemical vapor deposition (LCVD)
___________________________________________________________________________________________________________________________
---------------------------------------------------------------------------------------------------------------------------

1.20+: Potential block state getter optimisation - https://github.com/RogueLogix/BiggerSeries/blob/master/Phosphophyllite/src/main/java/net/roguelogix/phosphophyllite/util/Util.java#L51-L83 (chunkCachedBlockStateIteration)
1.20+: Potential TE getter optimisation - https://github.com/mekanism/Mekanism/blob/1.16.x/src/main/java/mekanism/common/util/MekanismUtils.java#L929-L948 (getChunkForTile)

1.20+: Remove fission clusters
1.20+: Make reflectors tile entities and conduct heat
1.20+: Placement rule tweaks (e.g. nerf emerald and liquid helium)

1.20+: Give dynamo depth for 3D coil puzzle?
___________________________________________________________________________________________________________________________

1.20+: Uranium/Thorium ore processing - ore -> 2x crushed ore -> hexa/tetrafluoride -> 4x dust
1.20+: Multiblock variants of basic machines?

1.20+: Specialised fuel-making machine

1.20+: MSR split: NaK coolant for thermal, eutectic Pb-Bi alloy coolant for fast?
1.20+: Negative temperature coefficient for MSR anf PBR
___________________________________________________________________________________________________________________________

1.20+: Inertial Confinement Fusion - synchrotron radiation as laser -> heat molten salt coolant

1.20+: Focus Fusion -> direct energy production?
___________________________________________________________________________________________________________________________

1.20+: Hawking Generator - form black hole and power with matter -> Hawking radiation produced for energy