Coefficient of thermometric conductivity

AI Thread Summary
The discussion centers on the differing definitions of the coefficient of thermometric conductivity in Landau's and Chandrasekhar's books. Landau defines it using thermal conductivity, density, and specific heat at constant pressure, while Chandrasekhar uses constant volume. Participants express that both definitions are valid, highlighting that they represent different measurement approaches. The conversation seeks further clarification and opinions on these definitions. Understanding these distinctions is crucial for accurate application in thermodynamic contexts.
Sagar_C
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Landau's book defines it as thermal conductivity/density/specific heat at constant pressure while Chandrasekhar's book defines it as thermal conductivity/density/specific heat at constant volume. I am confused. Any comments?
 
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Sagar_C said:
Landau's book defines it as thermal conductivity/density/specific heat at constant pressure while Chandrasekhar's book defines it as thermal conductivity/density/specific heat at constant volume. I am confused. Any comments?

I think both the books are correct. These are just the different "ways" to measure thermometric conductivity.

Any other views ?
 
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