Explain Joule Thomson effect with Nitrogen TS diagram

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Two-Phase Dome and Triple Point: 0:42
Ideal Gas Region: 1:30
Lines of Constant Entropy and Temperature: 1:45
Lines of Constant Pressure: 2:18
Lines of Constant Enthalpy: 3:45
Consider Throttling Processes
(a) to (b): 6:13
(c) to (d): 7:41
Discuss the T-s diagram for Nitrogen showing two-phase region, lines of constant pressure and enthalpy. For isenthalpic flow through restriction, discuss Joule-Thomson coefficent and how temperature can either increase, decrease or not change.

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8 сен 2024

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Комментарии : 9

@tsram 4 года назад

That was one of the most clear explanations of JT Expansion I have seen. Hoping my professors at college had taught like this.

@casekyle6293 3 года назад

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@maisonterrence3177 3 года назад

@Case Kyle Yea, I have been watching on Flixzone for since november myself =)

@deaconeric268 3 года назад

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@jordanaardema199 6 лет назад

Exactly the explanation of phase diagrams I was looking for. Thank you.

@thomasmathew4469 3 года назад

Excellent Video!! Excellent!!!, but not complete - seems I will get the next part too

@kravindar 8 лет назад

AWESOME ... thank you sir.

@JuanPablo-zl6ej 5 лет назад

Thanks you!!!

@MichielDusselier 3 года назад

statement: point a is int the supercritical region, while point b is in the gas phase zone? (as Pressure in b is below pressure of critical point of N2). Correct or not? Randall mentions at 7:07 'up in the supercritical region' but not clear if this is for all the a--> b trajectory or just a.