@EditorRUS(View Post) Thermonuclear weapons are half possible in TPT as deuterium makes 1 of 2 isotopes of hydrogen in a real thermonuclear bomb. In the real life a fusion reaction between tritium and deuterium is used in a thermonuclear device (a long with a fissile fuel to get the reaction started). I learnt this from my YR11 physics teacher, so it could be wrong. on topic: Plutonium=super heated uranium after main explosion for further damage. Deuterium=smaller devices needed for equal power to a far larger plutonium weapon thanks to compression.
you are right, the combination works perfectly, Uranium heats up under boyle's pressure, which creates more pressure, making more heat + more pressure + heat + pressure + heat = BOOM. Its a bit like fission if you think about it...
Uranium + boyle is more powerfull than plutonium bomb, but takes much longer to explode.
don't forget ambiant heat on + also, look in heat view
My device with name - NSUrExtD used this reaction, Boyl add pressure with heat - uran generate heat with pressure - boyl add pressure - uran add temperature = Chain Reaction. It's my idea.