Animation of The Joule Thomson Expansion of an ideal gas: Thermodynamics

This animation shows a joule thomson expansion of an ideal gas: during the expansion the temperature stays the same.

[@masatohanayama7975]

You must change title. The Joule-Thomson effect does not occur in "an ideal Gas". It is the phenomenon of gaseous molecules with van der Waals interaction.

[@NutsandGuts]

You are right. The title is misleading. I think this effect (Internal energy dependent only on temperature for ideal gas) is named after Joule too but not Thomson.

[@anjumanju496]

If it has sound and explanation..it will be more easy to understand...not bad..

[@tayyabrazashah2924]

I wish this video has a acoustic description as week

[@tayyabrazashah2924]

Well**

[@LumerasLight1201]

Thanks for provided and clear and concise visualization.

[@laurocanceran8824]

why same temperature it should cool down after passing through the permeable material at the middle thats the principle of JT Expansion Cooling.

[@prowlerrSZN]

JT expansion/ throttling process for an IDEAL GAS is not accompanied by a decrease in temperature.

[@vs6x3]

What expansion is it that you show of

[@derivativecovariant2341]

what do particles pass the throttle?

[@unknownworld6171]

Wtf is this

[@mrkps1986]

Nice 👍👍

[@ThomasHaberkorn]

µ=0

[@rerechan8440]

acctually this cause LARGE drop in T

[@akmolyt]

best

[@helderchrisman7891]

.