The generality of the expression obtained at the thermodynamic limit will then be discussed.

However, the mean obtained for a given physical quantity doesn't depend on the ensemble chosen at the thermodynamic limit.

Most steel engines have a thermodynamic limit of 37%.

This gives the right large volume, large particle number thermodynamic limit.

While this may seem like a strange requirement, it is actually necessary to preserve the existence of a thermodynamic limit for such systems.

Fuel cells do not have the same thermodynamic limits as they are not heat engines.

This can be done exactly in the thermodynamic limit as L approaches infinity.

However, this is disputed in the literature because of the basic thermodynamic limits to nuclear energy deployment.

A thermodynamic limit does not exist in all cases.

However, the following three examples demonstrate cases where these approaches do not lead to a thermodynamic limit: