Nuclear Physics Concepts in the Study of Atomic Cluster Physics: Proceedings of the 88th WE-Heraeus-Seminar Held at Bad Honnef, FRG, 2629 November 1991 Softcover reprint of the original 1st ed. 1992 [Pehme köide]

Clusters in nuclear physics: From nuclear molecules to cluster
radioactivities.- Balian-Bloch supershells for pedestrians.- Selfconsistent
calculation of electronic supershells in metal clusters.- Supershells in
laser-warmed Na-clusters.- Coexistence of electronic shells and shells of
atoms in microclusters.- Magic numbers of Coulomb and Lennard-Jones crystals
and quasicrystals.- Clusters as solitons on the nuclear surface.- Fission
versus metastable decay series of rare gas cluster ions.- Applications of the
liquid drop model to metal clusters.- The dynamical model of the atomic
cluster fraqmentation.- Fission of metallic clusters.- Dissociation of
doubly-charged alkali-metal clusters.- Projectile break-up in heavy ion
collisions: Molecular dynamics for clusters of alpha particles.- Nuclear
heavy-ion and atomic cluster-cluster collisions.- Molecular dynamics
simulations of cluster-cluster collisions.- Collision-induced reactions of
size-selected cluster ions of Ar.- Reactions and fission of clusters.-
Molecule-cluster collisions: Reaction of D2 with Ni13.- Vibrational dynamics
of large clusters from high resolution He atom scattering.- Collision
experiments with C60.- Ion trap studies of ternary and radiative association
processes.- Chemical reactions of trapped metal clusters.- Electron
scattering and electromagnetic response properties of metal clusters.-
Statistical fragmentation of clusters into clusters in the example of
nuclear fragmentation.- Shell effects in cluster-cluster collisions.-
Snowballs: Micro-clusters in liquid helium as tools in nuclear and
condensed-matter physics.- Collective excitations in silver cluster anions
and kations.- RPA in nuclei and metal clusters.- Optical response of doped
S1-electron metal clusters.- Collective excitations inlarge metal clusters.-
Quantum molecular interpretation of optical response properties of simple
metal clusters.- Photoelectron spectroscopy of alkali metal cluster anions.-
Structure and bonding in aluminium and gallium clusters.- Electronic shell
structures in aluminum and noble metal clusters.- Correlated electron pairs
in metal clusters.- Electronic and atomic structure of simple-metal clusters:
Beyond the spherical jellium model.- Shell-model and projected mean-field
approach to electronic excitations of atomic clusters.- Dipole excitations of
closed-shell alkali-metal clusters.- Some considerations on isoarithmic and
isoelectronic clusters.- Magnetic properties of transition- and rare-earth
metal clusters.