Advances in atomic and molecular physics. - Immanuel Esterman (New York Academic Press)
v.1 Molecular orbital theory of the spin properties of conjugated molecules; Electron affinities of atoms and molecules; Atomic rearrangement collisions; Production of rotational and vibrational transitions in encounters between molecules; Study of intermolecular potentials with molecular beams at thermal energies; High intensity and high energy molecular beams
v.2 Calculation of Van der Waals interactions; Thermal diffusion in gases; Spectroscopy in the vacuum ultraviolet; Measurements of the photoionization cross sections of the atomic gases; Theory of electron-atom collision; Experimental studies of excitation in collisions between atomic and ionic systems; Mass spectrometry of free radicals
v.3 Quantal calculation of photoionization cross sections; Radiofrequency spectroscopy of stored ions; Optical pumping methods in atomic spectroscopy; Energy transfer in organic molecular crystals; Atomic and molecular scattering from solid surfaces; Quantum mechanics in gas crystal-surface van der waals scattering; Reactive collisions between gas and surface atoms
v.4 Electronic eigenenergies of the hydrogen molecular ion; Applications of quantum theory to the viscosity of dilute gases; Positrons and positronium in gases; Classical theory of atomic scattering; Recent measurements on charge transfer; Collisions in the ionsphere; Direct study of ionization in space
v.5 Experiments with merging beams; Radiofrequency spectroscopy of stored ions; Spectra of molecular solids; Calculation of atomic transition probabilities
v.6 Dissociative recombination; Rotational excitation of molecules by slow electrons; Diffusion of atoms and molecules; Theory and application of sturmian functions; Use of classical mechanics in the treatment of collisions between massive systems