Test of Information Theory on the Boltzmann Equation

Camacho J.; Casas-Vázquez J.; Cercignani C.; Chapman S.; Dominguez R.; Dominguez-Cascante R.; Eu B. C.; Ferziger J. H.; Flügge S.; Fort J.; Fort J.; Fort J.; Fort J.; Fort J.; Fort J.; Fort J.; Jou D.; Jou D.; Jou D.; Katz A.; Kim C. S.; Kim H.-D.; Kim H.-D.; Kogan M. N.; Mclennan J. A.; Mongiovì M. S.; Mongiovì M. S.; Nettleton R. E.; Nettleton R. E.; Nettleton R. E.; Nettleton R. E.; Nettleton R. E.; Plastino A. R.; Romero M. B.; Résibois P.; Santos A.; Schamberg R.; Wang Q. A.; Zubarev D.; Zubarev D.

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Test of Information Theory on the Boltzmann Equation

Authors: Camacho J.
Casas-Vázquez J.
Cercignani C.
Chapman S.
Dominguez R.
Dominguez-Cascante R.
Eu B. C.
Ferziger J. H.
Flügge S.
Fort J.
Fort J.
Fort J.
Fort J.
Fort J.
Fort J.
Fort J.
Jou D.
Jou D.
Jou D.
Katz A.
Kim C. S.
Kim H.-D.
Kim H.-D.
Kogan M. N.
Mclennan J. A.
Mongiovì M. S.
Mongiovì M. S.
Nettleton R. E.
Nettleton R. E.
Nettleton R. E.
Nettleton R. E.
Nettleton R. E.
Plastino A. R.
Romero M. B.
Résibois P.
Santos A.
Schamberg R.
Wang Q. A.
Zubarev D.
Zubarev D.
Publication date: 18 September 2003
Publisher: 'Japan Society of Applied Physics'
Doi

Abstract

We examine information theory using the steady-state Boltzmann equation. In a nonequilibrium steady-state system under steady heat conduction, the thermodynamic quantities from information theory are calculated and compared with those from the steady-state Boltzmann equation. We have found that information theory is inconsistent with the steady-state Boltzmann equation.Comment: 12 page

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