The ratio of the temperature change to the pressure change of a gas undergoing isenthalpic expansion.

The Joule-Thomson coefficient . The change of temperature (T ) with a decrease of pressure (P ) at constant enthalpy (H ) in a Joule-Thomson process is the Joule-Thomson coefficient ...

The rate of change of temperature T with respect to pressure P in a Joule–Thomson process (that is, at constant enthalpy H) is the Joule–Thomson (Kelvin) coefficient μ JT.

The effect is named for James Prescott Joule and William Thomson, 1st Baron Kelvin who ... Only when the Joule–Thomson coefficient for the given gas at the ...

The coefficient arising in a Joule-Thomson process (i.e., throttling) defined by \mu\equiv\left({\partial T\over\partial P}\right)_H = {V\over C_P} (T\alpha-1), where T is the ...

The coefficient of the Joule-Thompson effect is important in the liquefaction of gases because it tells whether a gas cools or heats on expansion.

Joule-Thomson effect ( ′jül ′tämsən i′fekt ) ( thermodynamics ) A change of temperature in a gas undergoing Joule-Thomson expansion

What is the Joule-Thomson effect? When a non-ideal gas suddenly ... The even more official definition of the Joule-Thomson coefficient is given by the ...

Joule-Thomson coefficient [′jül ′täm·sən ‚kō·ə‚fish·ənt] (thermodynamics) The ratio of the temperature change to the pressure change of a gas undergoing isenthalpic ...

In physics, the Joule-Thomson effect, or Joule-Kelvin effect, is a process in which the ... Only when the Joule-Thomson coefficient for the given gas at the given ...