tacooooo
tacooooo
3 / 0
28th January
30th January
Stack 2 core to heat 1 coolant pipe, could reach 9300C. Trying to keep more heat in core. There will also have separate core control and regenerative cooling in Gen-11.

Comments

  • tacooooo
    tacooooo
    31st January
    Ehh I decide not to do OXYG fusion, Ill f**k it up
  • AuricKerg
    AuricKerg
    30th January
    you need grvt laser using phot and gpmp
  • Thereactorguy2054v2
    Thereactorguy2054v2
    30th January
    Oxygen fusion is funni
  • tacooooo
    tacooooo
    30th January
    HYGN fusion is more reliable tho, since it will go through every fusion state (HYGN-NBLE-CO2-OXYG) and release the highest heat (every state change releases heat).
  • tacooooo
    tacooooo
    30th January
    Exactly. you could push it even further by doing HYGN core feeding NBLE temp core feeding another core, then CO2 input fusion will be possible.
  • Thereactorguy2054v2
    Thereactorguy2054v2
    30th January
    One interesting thing is nble can create fusion at really high temps which means you can make a nble fusion reactor, If you have a medium temp fusion reactor feeding a high temp fusion reactor you could have 2 reactors at the price of one fusion reactor.
  • tacooooo
    tacooooo
    28th January
    what even better is, 2 core still only need 1 HYGN pipe (instead of 2), that means complexity of the pipe designs won't grow up fast!
  • AuricKerg
    AuricKerg
    28th January
    hot damn
  • tacooooo
    tacooooo
    28th January
    regenerative cooling: to cool down the sudden high heat while heat cycle starts, use something cold (like HYGN) to exchange heat from heat cycle.