Introduction to CHEMICAL ENGINEERING THERMODYNAMICS by HALDER GOPINATH

Author:HALDER, GOPINATH [HALDER, GOPINATH]
Language: eng
Format: epub
Publisher: PHI Learning
Published: 2014-09-01T16:00:00+00:00

 JT = +ve implies a cooling effect, i.e., drop in temperature, as  P = –ve;  T = –ve and

 JT = –ve, implies a heating effect, i.e., rise in temperature, as  P = +ve; and  T = +ve and

 JT = 0, implies no temperature change, i.e., neither heating nor cooling effect. The temperature at which no temperature change occurs is known as the inversion temperature .

Joule–Thomson expansion is employed for the liquefaction of gases as well as for the production of low temperature.

Thus, the characteristics of the Joule–Thomson coefficient can be summarized as follows:

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