This book provides a penetrating and comprehensive description of energy selected
reactions from a theoretical as well as experimental view. Three major aspects of …

We have simulated the cluster dissociation reaction Ar n→ Ar n− 1+ Ar (12≤ n≤ 14) using
molecular dynamics (MD) with well defined internal energy and total angular momentum …

В данном обзоре проанализированы процессы, сопровождающие истечение горячего
газа в вакуум или буферный газ в режиме, когда в расширяющемся газе образуются …

Anharmonic densities of state are determined for the Al n (n= 5, 6, 12, 13) clusters using a
model analytic potential energy function. Relative anharmonic densities of state are …

The evolution of a hot gas or a weakly ionised plasma—formed as a result of evaporation of
the surfaces of a solid under the action of high energy fluxes or flow out of a nozzle—is …

In this Introduction, we show the basic problems of non-statistical and non-equilibrium
phenomena related to the papers collected in this themed issue. Over the past few years …

Protonated water clusters with 60 to 79 molecules have been studied by nanocalorimetry.
The technique is based on multi-collision excitations of the accelerated clusters with helium …

Unimolecular evaporation in rotating atomic clusters is investigated using phase space
theory (PST) and molecular dynamics simulations. The rotational densities of states are …

Classical trajectories are used to simulate the dissociation of microcanonical ensembles of
Al3 clusters with 0.25–2.00 kcal/mol energy in excess of the dissociation threshold …

The present work highlights the links between melting properties and structural excitation
spectra of small gold and silver clusters. The heat capacity curves are computed for Ag20 …