New Trends in Quantum Systems in Chemistry and Physics, Vol. 2 Book

Preface. Part VI: Response Theory: Properties and Spectra. On gauge invariance and molecular electrodynamics; R.G. Woolley. Quantum mechanics of electro-nuclear systems: towards a theory of chemical reactions; O. Tapia. Theoretical study of regularities in atomic and molecular spectral properties; I. Martin, et al. Excited states of hydrogen peroxide: an overview; P.K. Mukherjee, et al. On electron dynamics in violent cluster excitations; P.G. Reinhard, E. Suraud. Relativistic effects in non-linear atom-laser interactions at ultrahigh intensities; V. Véniard, et al. Part VII: Reactive Collisions and Chemical Reactions. Semiclassical close-coupling description of electron transfer in multi-charged ion-atom collisions; J. Caillat, et al. Single and double electron capture in boron collision systems; M.C. Bacchus-Montabonel, P. Honvault. Theoretical study of the interaction of carbon dioxide with Sc, Ti, Ni, and Cu atoms; F. Mele, et al. Part VIII: Condensed Matter. Recurrent variational approach applied to the electronic structure of conjugated polymers; S. Pleutin, et al. Effects of solvation for (R,R)-tartaric acid amides; M. Hoffmann, J. Rychlewski. Interpretation of vibrational spectra in electrochemical environments from first-principle calculations: computational strategies; M. García-Hernández, et al. Excited states in metal oxides by configuration interaction and multireference perturbation theory; C. Sousa, et al. Electrostatic effects in the heterolytic dissociation of hydrogen on magnesium oxide; C. Pisani, A.D'Ercole. A DFT study of CO adsorption on NiII ions 3-fold coordinated to silica; D. Costa, et al. A theoretical study of structure and reactivity of titanium chlorides; C. Martinsky, C. Minot. Phenomenological description of D-wave condensates in high-Tc superconducting cuprates; E. Brändas, et al. Contents of Volume 1. Combined Index to Volumes 1 and 2.