Lecture Notes on Physics, volume 31, Springer-Verlag, Berlin, 1974,
517 pp.
Contents.
Some simple remarks on the basis of transport theory – (Sir R. Peierls).
Entropy, dynamics and scattering theory – (I. Prigogine, F. Mayne).
Response, relaxation and fluctuation – (R. Kubo).
Fluctuating hydrodynamics and renormalization of susceptibilities and transport coefficients – (P. Mazur).
Irreversibility of the transport equations – (J. Biel).
Ergodic theory and statistical mechanics – (J.L. Lebowitz).
Correlation functions in Heisenberg magnets. – (M. De Leener).
On the Enskog hard-sphere kinetic equation and the transport phenomena of dense simple gases – (M.G. Velarde).
What can one lea from Lorentz models? – (E.H. Hauge).
Conductivity in a magnetic field – (R.B. Stinchcombe).
Transport properties in gases in the presence of exteal fields – (J. Beenakker).
Transport properties of dilute gases with inteal structure – (R.F. Snider).
Contents.
Some simple remarks on the basis of transport theory – (Sir R. Peierls).
Entropy, dynamics and scattering theory – (I. Prigogine, F. Mayne).
Response, relaxation and fluctuation – (R. Kubo).
Fluctuating hydrodynamics and renormalization of susceptibilities and transport coefficients – (P. Mazur).
Irreversibility of the transport equations – (J. Biel).
Ergodic theory and statistical mechanics – (J.L. Lebowitz).
Correlation functions in Heisenberg magnets. – (M. De Leener).
On the Enskog hard-sphere kinetic equation and the transport phenomena of dense simple gases – (M.G. Velarde).
What can one lea from Lorentz models? – (E.H. Hauge).
Conductivity in a magnetic field – (R.B. Stinchcombe).
Transport properties in gases in the presence of exteal fields – (J. Beenakker).
Transport properties of dilute gases with inteal structure – (R.F. Snider).