I am working to understand the SpaceDust configs better so that I can extend compatibility to planet packs such as GEP. While refamiliarizing myself with ideal gas law, I noticed something in the atmospheric LqdHydrogen config at Jool that seemed out of place:
Is this correct? A density of 1.1+ metric ton per cubic meter is much higher than liquid hydrogen (0.07085 t/m^3) or solid hydrogen (0.086 t/m^3), and is possibly in the range of metallic hydrogen (0.6 t/m^3).
Relatedly, am I right in thinking that abundances are given at 1 atm, per the wiki?
I am working to understand the SpaceDust configs better so that I can extend compatibility to planet packs such as GEP. While refamiliarizing myself with ideal gas law, I noticed something in the atmospheric LqdHydrogen config at Jool that seemed out of place:
https://github.com/post-kerbin-mining-corporation/SpaceDust/blob/08959c736835f3f5ec6ab0f4529d4197493a1e56/GameData/SpaceDust/Definitions/LqdHydrogen.cfg#L17-L19
Is this correct? A density of 1.1+ metric ton per cubic meter is much higher than liquid hydrogen (0.07085 t/m^3) or solid hydrogen (0.086 t/m^3), and is possibly in the range of metallic hydrogen (0.6 t/m^3).
Relatedly, am I right in thinking that abundances are given at 1 atm, per the wiki?
If so I think the abundance would be more like
0.000167923
.