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@andrewgreeb916
@andrewgreeb916 10 күн бұрын
So intentionally venting the excess is the key to success? Just continuously pump more trit ratio oxygen and plasma into the network at enough heat to self ignite, while the loop keeps pumping it in a circle, any excess gasses get injected straight to space. Well, it's worth a shot, looks better than the last few tegs I've ran.
@andrewgreeb916
@andrewgreeb916 10 күн бұрын
After actually running it I get it, essentially like an internal combustion engine we're slowly adding fuel and oxygen to burn and out putting exhaust. It's a continuous small burn, one that can easily get you to 500kw on low fuel usage.
@Rougetbat
@Rougetbat 8 күн бұрын
@@andrewgreeb916 yeah, considering how pressure lockout works and just general tile capacity. 1-3% plasma creates so much hot vapor that it can self-regulate if you throttle it hard enough. The venting itself is just the easiest way to ensure there's no pipe lock and keeps the heated gas flowing. I do need to test out radiators more to see if both can be self-contained loops.
@andrewgreeb916
@andrewgreeb916 8 күн бұрын
@@Rougetbat maybe the burn chamber could have a vent to space so you can keep burning new plasma, and it doesn't get cold in the burn chamber.
@Rougetbat
@Rougetbat 8 күн бұрын
@@andrewgreeb916 Would work the same way yeah
@xexzersy
@xexzersy 2 ай бұрын
try using plasma in radiator arrays
@Rougetbat
@Rougetbat 2 ай бұрын
I don't use plasma for the reason that it's expensive. And this will make upwards of 3kws. Which no station needs
@littleelfguy1313
@littleelfguy1313 Ай бұрын
​@@Rougetbatone Sci department can eat all of that