It actually isnt technically a powder. it is a solid that is very breakable.

I'm liking this mod even more.
I tested the DEUT+DEUT reaction and here is what I think happens.

1. TRIT and PROT are produced
2. Because of the density, PROT are absorbed (I noticed that the particles from the mod are easily absorbed)
3. The presence of both TRIT and DEUT, HELI and NEUT are produced. NEUT not being that easily absorbed, they stay for longer
4. Temperature makes some HELI turn into ALPH and emit ELEC
5. ALPH are easily absorbed and ELEC stay longer
6. In the end, there is only TRIT and HELI left over because particles are absorbed

The only "problem" (not really a problem, it's just that it diverges from my suggestion) is that DEUT+DEUT doesn't seem to produce HLM3 and NEUT. You should code something along the side of 50/50 probabilities that DEUT+DEUT makes either HLM3+NEUT or TRIT+PROT

I would add that GVTN would be more efficient if they don't interact with anything else than themselves. What I mean is that they wouldn't bounce off things or get absorbed

Found an interesting reaction: If you take HLM3 and PLSM and mix them together, the HLM3 becomes ALPH.

EDIT: Since an alpha particle is the isotope helium-4, where did the extra neutron come from?

       Can you give me a date for the legacy version? I am dying to play this mod, but my pc is to old to let me do that and i can not afford a new pc. I would greatly appreceate it if you would release a legacy in the next update. However, I am not sayng that you have to i am just simply makeing a suggestion to you.

Take HYGN and increase temperature to around 2500 and pressure to around 200. You get a marvelous mess of DEUT, PLSM, NBLE, NEUT, ELEC, PHOT (all yellow), TRIT, HELI and maybe some other stuff that I missed. I'll try to find out what is happening.

EDIT: To summarize, it's a complex mix of how fusion works in the original game and the different reactions in the mod.

@firefreak11 (View Post)

It is what is observed In the game.

It's nice, except that it would be better if the original HYGN -> NBLE reaction were removed in favor of the new HYGN -> HELI reaction, since NBLE is supposed to be a noble gas, which makes it redundant. Another suggestion is for positronium, which is a system of an electron bound to a positron. It would decay quickly into photons.