Lectures on Thermodynamics and Statistical Mechanics: Proceedings of the 22nd Winter Meeting on Statistical Physics
By: R. Rodriguez (volume_editor), M. Costas (volume_editor)Hardback
2 - 4 weeks availability
This volume deals with topics of contemporary interest covering both experimental results and theoretical considerations. Different aspects of the physics and chemistry of the vitreous state are discussed in a series of three lectures by international researchers on the statistical physics of glasses. A wide range of topics in statistical physics such as critical behaviour, computer simulations of colloid aggregation, kinetic theory of tunneling diffusion, normal mode analysis of liquids and neutron scattering in C60 is also covered. This book provides a useful survey and will be of interest to researchers working in statistical physics.
Atomic force microscope studies of ultra thin films, D. Schwartz; a generalization of Darcy's law for a visco-elastic fluid, M. Lopez de Haro; non-equilibrium emsemble method and irreversible thermodynamics, B.C. Eu; simulation studies of supercooled and glass forming liquids, R. Mountain; neutron inelastic scattering, infrared and Raman spectra for C60, C. Joslin; clustering in fragile glass forming liquids, D. Kivelson; normal mode analysis of liquids, T. Keyes; behaviour of critical and near critical fluid under reduced gravity, D. Beysens; the elimination of fast variables in complex chemical reactions, L. Vicente; active walkers, landscapes and complex systems, L. Lam; light scattering spectroscopy in glasses, C.M. Sorensen. (Part Contents).
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- ID: 9789810219154
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