Electron And Ion Transfer In Condensed Media: Theoretical Physics For Reaction Kinetics

The microscopic structure of water up to supercritical conditions - comparison of neutron diffraction experiments and simulations, M.A. Ricci; quantum molecular dynamics simulation of electron relaxation and solvation dynamics, P.J. Rossky; some effects of vibronic coupling in simple electron transfer systems, J.E. Endicott; theory of electrochemical proton transfer, K. Sebastian; calculating effects of electronic and atomic structure on charge transfer processes in electrochemical systems, J.W. Halley; charge transfer processes at the high Tc superconductor/solid electrolyte interface, W. Lorentz; concerted electron charge transfer-catalytic bond breakage processes - a decomposition of methanol on platinum, A. Wieckowski; interfacial electron and li-ion transfer on mesoscopic oxide semiconductor films, M. Gratzel; modelling ionic transport in condensed media, K. Bunde; proton transfer and proton conductivity in condensed matter - experiments, simulations and chemical concepts, K.D. Kreuer; molecular and supramolecular devices, J.-M. Lehn; electron and energy transfer processes in organized polynuclear metal complexes, V. Balzani; control of electron transfer kinetics - models for medium reorganization and donor/acceptor coupling, M.D. Newton; dispersive kinetics for the proton transfer steps in the bacteriorhodopsin photocycle, S.F. Fisher; and other papers. (Part contents).