1) I need to know the molar heat capacity of each of the gasses involved (ie. Tritium, Oxygen, Plasma, Carbon Dioxide, and Water Vapor). I have read the Wiki's Guide to Atmospherics, and it does provide the heat capacity of each gas. What units are the heat capacities in? Yes, that is very important here.
![Image](https://i.imgur.com/pvfbSfK.png)
Not exactly helping if we don't know the units
2) I need to know how many moles of oxygen it takes to combust 1 mole of plasma and how many moles of oxygen it takes to combust one mole of tritium. I have already done experiments in-game to determine that, so this issue is solved.
3) I need to determine how much energy is actually released by the combustion of plasma and tritium. If I know the answer to Issue 1, this should be straightforward.
4) I have been told that the yield of a TTV or single-tank bomb is determined by the pressure that is inside the container when the gasses react. More pressure=more boom. This seems logical, but then again, games don't follow logic. Is what I have been told true?
5) How difficult do you think making this would be?
6) Besides the fact that there is a cap on explosion size, what aspects of the game could otherwise cause my spreadsheet to be inaccurate?
Frequently Asked Questions:
1) Do you have a life?
No
2) Do you plan on sharing it when you're done?
Yes. I'm not a goonfag.
3) Why not just experiment in the bomb lab?
Trial-and-error experimentation is not something that I find appealing. Trying out every combination of gasses at different temperatures until you find one that yields the biggest boom seems like a task best suited for a computer.