User talk:RA2lover - Revision history

JacksonTheMaster at 00:46, 13 March 2026

2026-03-13T00:46:45Z

← Older revision		Revision as of 00:46, 13 March 2026
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			Hey RA2lover, seems like you are very active on here. If you wan't some more permissions & take a bigger role, please don't hesitate to contact me on the stationeers Discord or Reddit (https://www.reddit.com/r/Stationeers/comments/1rs86ex/the_stationeers_wiki_got_a_full_overhaul_new_skin)

			The master@stationeers-wiki.com email will be available from next week onwards too.

			Greetings

			JXSN

RA2lover: Separating different comments

2026-02-22T10:21:27Z

Separating different comments

← Older revision		Revision as of 10:21, 22 February 2026
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	Nice work on the IC10 Parameters in the highlighting module. I was planning on having a look in the game files to see if I could find them all, but you beat me to it! [[User:TK421\|TK421]] ([[User talk:TK421\|talk]]) 01:42, 22 February 2026 (CST)		Nice work on the IC10 Parameters in the highlighting module. I was planning on having a look in the game files to see if I could find them all, but you beat me to it! [[User:TK421\|TK421]] ([[User talk:TK421\|talk]]) 01:42, 22 February 2026 (CST)

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	Hey, thanks for taking the time to write to me. I appreciate this info very much.		Hey, thanks for taking the time to write to me. I appreciate this info very much.
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	<small>"Also, note frozen liquids linearly interpolate their evaporation pressures from their freezing point values at their freezing temperature down to 6.3 kPa at half their freezing temperature, see [1]. I'm not sure if there's an application where this is useful(open-cycle pollutant evaporation chamber for liquid oxygen?), but it's there"</small>		<small>"Also, note frozen liquids linearly interpolate their evaporation pressures from their freezing point values at their freezing temperature down to 6.3 kPa at half their freezing temperature, see [1]. I'm not sure if there's an application where this is useful(open-cycle pollutant evaporation chamber for liquid oxygen?), but it's there"</small>

	Huh, so the phase change diagrams showing a vertical line aren't exactly accurate, then? Technically it should be a slope? Weird.		Huh, so the phase change diagrams showing a vertical line aren't exactly accurate, then? Technically it should be a slope? Weird. [[User:Rethkir\|Rethkir]] ([[User_talk:Rethkir\|talk]]) 22 January 2026 <small>(please sign your comments with <nowiki>~~~~</nowiki>)</small>

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TK421: Thanks for adding IC10 parameters to highlighting module

2026-02-22T07:42:56Z

Thanks for adding IC10 parameters to highlighting module

← Older revision		Revision as of 07:42, 22 February 2026
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			Nice work on the IC10 Parameters in the highlighting module. I was planning on having a look in the game files to see if I could find them all, but you beat me to it! [[User:TK421\|TK421]] ([[User talk:TK421\|talk]]) 01:42, 22 February 2026 (CST)

	Hey, thanks for taking the time to write to me. I appreciate this info very much.		Hey, thanks for taking the time to write to me. I appreciate this info very much.

Rethkir: Response

2026-01-23T04:36:23Z

Response

New page

Hey, thanks for taking the time to write to me. I appreciate this info very much.

"Is the PFGE max thrust figure obtained from running both inputs with premixed 60.7MPa fuel at 196 K?"

Yes, that is exactly what I did with Volatile/O2 mix. I didn't try testing it with N2O mix since it seemed convoluted, so I didn't update that value. Though at this point I have a better understanding of how to get it to work, so I might just test that for the sake of getting it on record.

"You can add up to 0.05 mol/L of frozen gases or liquids to a pipe network before it starts taking damage and i wonder if adding ~0.134% of frozen liquid nitrous oxide is enough to get another 100-200N of thrust."

Oh, that's very neat. I didn't know about this limit. So it would be a fuel mix with a tiny superfuel boost. Not practical, but kinda cool. I'll probably try it out before building an N2O PFGE.

And thanks for the coefficients. I saw someone posted them on Reddit, but this list is more comprehensive. I noticed that the 6.3 kPA min and 6000 kPA max defines the minimum and maximum liquid temperatures for some substances, but not others like CO2, N2O, and pollutants. Are those limits defined by the wiki values, or is there something more going on?

"Also, note frozen liquids linearly interpolate their evaporation pressures from their freezing point values at their freezing temperature down to 6.3 kPa at half their freezing temperature, see [1]. I'm not sure if there's an application where this is useful(open-cycle pollutant evaporation chamber for liquid oxygen?), but it's there"

Huh, so the phase change diagrams showing a vertical line aren't exactly accurate, then? Technically it should be a slope? Weird.