×
Recent Developments in Nonequilibrium Thermodynamics
Proceedings of the Meeting Held at Bellaterra School of Thermodynamics, Autonomous University of Barcelona, Bellaterra (Barcelona) Spain, September 26–30, 1983
herausgegeben von J. Casas-Vazquez, D. Jou und G. LebonInhaltsverzeichnis
- Early applications of extended irreversible thermodynamics.
- Extended thermodynamics — past, present, future.
- An approach to extended irreversible thermodynamics I : Macroscopic aspects.
- An approach to extended irreversible thermodynamics II. Fluctuation theory.
- An approach to extended irreversible thermodynamics III. Nonequilibrium equations of state and comparison with generalized hydrodynamics.
- Extended irreversible thermodynamics and chemical kinetics.
- Non-stationary relativistic thermodynamics and some cosmological problems.
- Generalized Gibbs equations in irreversible thermodynamics.
- Nonequilibrium thermodynamics: A hidden variable approach.
- Fluctuations around equilibrium.
- Theories of fluctuations in nonequilibrium systems.
- Microscopic approaches to nonlinear hydrodynamics.
- Unified theory of internal and external fluctuations.
- Dynamics of nonequilibrium transitions.
- Noise in electrical systems.
- Fundamental remarks on evaluating dissipation inequalities.
- On classical nonequilibrium thermodynamics and its extensions.
- On extended Onsagerian thermodynamics.
- Relativistic generalized hydrodynamics.
- Variational principles in extended irreversible thermodynamics. Application to heat and mass transfer.
- Extended thermodynamics of dense gases.
- Steady states resulting from coupled chemical oscillators.
- Fluctuations in non-linear viscoelastic systems.
- Viscoelastic models for brownian motion in fluids with spin.
- Correlation functions of processes driven by external colored noise.
- A non-renormalized and a renormalized description of the Fokker-Planck dynamics.
- The equation which governs irreversibility in continuum mechanics.
- Nonequilibrium statistical mechanics of dilute relativistic plasmas.