Meeting the Entropy Challenge: An International Thermodynamics Symposium in Honor and Memory of Professor Joseph H. Keenan
American Institute of Physics, 2008 - Science - 382 pages
All papers have been peer-reviewed. World renowned experts gathered in symposium style to explore the role of the second law and entropy in quantum theory, cosmology, biology, nonequilibrium, and energy. Their exciting discussions about recent advances and open fundamental challenges, paint an excellent state of the art of frontier research about thermodynamics in science and engineering.
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Introduction to the Keenan Symposium
Professor Keenans Contribution to Thermodynamics
Where Is the Entropy Challenge?
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2008 American Institute A. F. Ghoniem adiabatic Adrian Bejan applied atoms Beretta biology Boltzmann Cambridge Carnot cell chemical classical combustion concept constraints cycle decrease defined density operator discussed dissipation distribution E.P. Gyftopoulos edited by G. P. efficiency energy ensemble entangled Entropy Challenge entropy production evolution example FIGURE flow fluctuations flux fuel function G. N. Hatsopoulos G.P. Beretta George Hatsopoulos Gibbs going Hamiltonian heat engines heat transfer Institute of Physics interactions International Thermodynamics Symposium irreversibility kinetic Landauer's Principle law of thermodynamics mathematical Maxwell's demon measure Mechanical Engineering Meeting the Entropy microscopic microstates molecules non-equilibrium thermodynamics nonlinear particles phase space Phys principle probability problem Professor Keenan quantum mechanics Quantum Thermodynamics question radiation reaction reservoir result reversible scale second law Seth Lloyd SILBEY spin stable equilibrium statistical mechanics temperature theorem theory thermal Thermodynamics Symposium edited University volume weight process zero