joule Thomson effect derive an expression
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➡️Derivation of the Joule–Thomson coefficient.
It is difficult to think physically about what the Joule–Thomson coefficient, , represents. ... It shows that the Joule–Thomsoninversion temperature, at which is zero, occurs when the coefficient of thermal expansion is equal to the inverse of the temperature.
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➡️Derivation of the Joule–Thomson coefficient.
It is difficult to think physically about what the Joule–Thomson coefficient, , represents. ... It shows that the Joule–Thomsoninversion temperature, at which is zero, occurs when the coefficient of thermal expansion is equal to the inverse of the temperature.
✌️ I THINK IT HELPED YOU ✌️
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