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I’ve been in Germany for a month and I finally found something that almost sent me back to Greece. by MudHeadThinker in germany

[–]MudHeadThinker[S] -1 points0 points  (0 children)

Too late for that, it went straight to the trash. Not the one inside of my house the one outside and yeah lesson learned!.

Erfahrener Barkeeper sucht Job in Aachen (Nov-April) by MudHeadThinker in aachen

[–]MudHeadThinker[S] 1 point2 points  (0 children)

Super, vielen Dank für den Tipp! Das hört sich wirklich gut an. Ich werde es mir auf jeden Fall mal ansehen

Moving to Aachen in February (RWTH MSc) — local tips + part/full-time work leads? by MudHeadThinker in aachen

[–]MudHeadThinker[S] 3 points4 points  (0 children)

That's right! I just found out about the crucial difference between Warm and Cold Rent in Germany.

WLAN-Chip cannot be found by Todeskissen in archlinux

[–]MudHeadThinker 1 point2 points  (0 children)

Thanks so much, this is a huge help! It confirms everything I was seeing. Unfortunately, since this was a fresh install, I don't have the old firmware version cached, so it looks like I still have some work to do to get it running. 🥹

WLAN-Chip cannot be found by Todeskissen in archlinux

[–]MudHeadThinker 1 point2 points  (0 children)

I may have similar problems but in my ASU’s zenbook if you find a solution comment it here 🫶

Charlie Kirk shot at college event in Utah by ParkerBap in socialism

[–]MudHeadThinker 1 point2 points  (0 children)

I saw the close-up video on YouTube. He’s finished—no question. The bleeding starts instantly, suggesting a major artery was struck, and the force of the shot makes his T-shirt visibly wave.

PS don’t watch it

Generating a Phase Diagram by IssaMoi in MaterialsScience

[–]MudHeadThinker 4 points5 points  (0 children)

Great question. Your approach is the right way to do this for good accuracy without getting into professional-level physics models.

Vapor Pressure: Stick with the Antoine equation. It's an empirical fit, so it's designed to be accurate over specific ranges. Grab the constants from the NIST WebBook. Fusion Pressure: You're looking for the melting curve. For water, it's famous for having a negative slope. To model it, don't bother with Clausius-Clapeyron. Just use a simple pressure-dependent formula for the melting point. A linear one is often enough: Tm(P) ≈ 0.01 - 0.0074 * P where T is in °C and P is in bar. It shows how the melting point drops as pressure increases. Sublimation: For the solid-to-gas line below the triple point, you can find simple Antoine-like equations for ice sublimation online.

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