Physics Of Clusters

Part 1 Reviews: clusters in fullerene solutions, V.N. Bezmelnitsyn et al; growth mechanisms of single-shell and many-shell nanotubes and cones, Yu E. Lozovik and A.M. Popov; processes in a cluster plasma, B.M. Smirnov; the structure and dynamics of clusters consisting of few atoms, A.V. Nemukhin; dendrimers are a new class of molecules-particles - simulation of their structure and properties, M.A. Maso. Part 2 New methods: applications of gas cluster ion beams for materials processing, I. Yamada; quantum time correlation functions in the generalized molecular dynamic method, V.S. Filinov; optimized jellium model for clusters with screened colulomb interaction, V.K. Ivanov and A.N. Ipatov; computer simulation of irregular covalent structures, A.S. Kaklyugin and H. Norman; clusterization of inert gases on an excess electron, G.N. Chuev. Part 3 Numerical modelling: numerical modelling of water clusters, G.G. Malenkov and D.L. Tytik; one-electron atom in a cavity as a model for the electronic structure of internal atoms in a cluster, A.V. Scherbinin et al; molecular dynamics study of cluster evolution in a three-temperature system, D.I. Zhukhovitskii; nonempirical modelling of small positively charged water clusters, Yu V. Novakovskaya and N.F. Stepanov. Part 4 Special topics: dynamical modulation of quantum beating and the rate of transitions in three-level systems, M.D. Ermolaeva and K.V. Shaitan; polaron states in molecular clusters, N.K. Balabaev et al; cluster model of selfconsistent nucleon states in nucleus, V. Lakhno; first size corrections to the chemical potential of electrons, V.V. Pogosov; theoretical modelling and experimental measurement of enthalpy changes in reactions of ion solution, N.B. Zolotoi and G.V. Karpov.