Many-body Perturbation Theory of Molecules
by S. Wilson
Number of pages: 48
This text is concerned with the application of the many-body perturbation theory to arbitrary molecular systems. The method is probably computationally more efficient than other schemes and certainly has a number of theoretical properties which make its use attractive.
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by Robert Balawender, Andrzej Holas - arXiv
Topics: Basic Massieu function, its Legendre and Massieu-Planck transforms for equilibrium state in terms of density matrix; Finite-temperature ensemble spin-density functional theory; Zero-temperature limit of the ensemble spin-density theory.
by Walter John Moore
An account of physical chemistry for students of science and engineering. The treatment is more precise than is customary in elementary books, and most of the relationships have been given at least a heuristic derivation from fundamental principles.
by David Ronis - McGill University
Topics: Probability and Statistics; The Maxwell-Boltzmann Distribution; Collision Rates, Diffusion and Viscosity; Collision Theory of the Rate Constant; First Law of Thermodynamics; Thermochemistry; Ideal Gas Carnot Engines and Efficiency; etc.
by Peter E. Blöchl - TU Clausthal
This book shall provide some chemical insight for physicist and material scientists. It is devoted to simple concepts that only require back-on-the-envelope calculations. The emphasis is on qualitative considerations instead of accurate predictions.