IRREVERSIBLE THERMODYNAMICS | NON EQUILIBRIUM THERMODYNAMICS

[@douglasmonteiro237]

This list is amazing. It would be great a list of references that discuss irreversible thermodynamics (books). I mean, extended thermodynamics, rational thermodynamics, internal variables theories so on. Thank you!

[@navonilmukherjee]

First Time i am seeing any youtuber making a Video in this unconventional topic....kudos....☺️

[@advancedchemistr]

Thank you very much for the appreciation.

[@kangkansarma4345]

thanks for making videos on such topics.

[@priyankajogi624]

Very hard topic to explain......but u make this topic very. easy for us....nice explanation....

[@ayanasmusic9298]

Nice lecuture...plz upload more on irreversible thermodynamics ....sir

[@pandeychemistry7299]

Reallly nice explanation

[@Rouf_ul_islam786]

osm lecture

[@CHEMISTRYbyJD]

thanku sir for great video ... sir which reference book we can use for this topic?

[@avijitbhanja410]

PSP

[@iamitchakraborty9077]

@@avijitbhanja410 can you provide the name of authors

[@krishnapriyah6525]

Principle of Physical chemistry by Puri Sharma Pathania@@iamitchakraborty9077

[@ajithprasad13]

While discussing pseudo equilibrium, u r talking about an " equilibrium" actually what is this eqlm. I mean where is this equilibrium between ....so and so...please clarify...

[@fernandb.6162]

Thanks a lot for your video ! I somehow still don't really understand what a "driving" force is ? Is it just a normal force ? Or a force that is acting on an very very small "box" with volume v ? Thanks in advance! :-)

[@selvarathinam6828]

Not clear yr handwriting....plz try printing

[@burcmm]

Nice way of expressing things but with terrible wording and low quality English that will confuse the average listener. Also, why not explain D, E, F and G and just mention them as coefficients - why not say that temperature gradients also drive diffusion in addition to the concentration gradients (and vice versa for heat) and mention that these are the relevant coefficients?