This volume is mainly concerned with QED effects in few-electron systems; atomic structure in many-electron atomic systems; parity-nonconserving effects in atoms; and many-electron transfer reactions and state-selective electron capture.
Experimental aspects and Z-dependent systematics in one- and two-electron ions and single vacancy systems, R.D. Deslattes; dynamical aspects of electron correlation in atomic collisions - the role of dielectronic processes, N. Stolterfoht; quantum electrodynamics calculations in few-electron systems, P.J. Nohr; high precision calculations and QED effects for two-and three-electron ions, G.W.F. Drake; new method of renormalization of the electron self-energy in atoms, I.P Grant and H. M. Quiney; ab initio calculations of QED effects in Li-like, Na-like and Cu-like ions, S. Bundell; after multiple electron capture from atoms, H. Cederquist; evolution of ions after multiple electron capture from atoms, H. Cederquist; evolution of ions after multiple electron capture from surfaces, R. Morgenstern; classification of highly correlated electronic states, C-D. Lin; latest hot topics in atomic physics research at GSI, P Kienle; atomic parity nonconservation and electric dipole moment experiments - a 1992 review, E.D. Commins; projection operators in the MCDF method, P. Indelicato and J.P. Descalaux; lamb-Shift experiments with the laser resonance method - present and future, P. von Brentano et al; QED theory of multiphoton ionization, T.Aberg; the possibility to observe P and PT violation using the NMR frequency shift in the laser beam, O.P. Sushkov; higher order QED corrections for multicharged ions, L.N. Labzowsky et al; summaries and outlooks, J. Sucher; interaction between slow positrons and atoms, V. Flambaum; non-adiabatic ionization of hydrogen atoms by highly charged ions, A. Barany and S. Ovchinnikov.
