Cluster temperature is an important material parameter essential to many physical and
chemical processes involving clusters and cluster beams. Because of the diverse methods …

Одним из наиболее быстро развивающихся направлений исследований в физике и
химии в последнее время являются исследования с кластерными пучками (см …

The dynamics of Xe clusters with initial radius between 10 and 100 Å irradiated by an IR
subpicosecond laser pulse is investigated. The evolution of the cluster is modeled with a …

A relativistic time-dependent three-dimensional particle simulation model has been
developed to study the interaction of intense ultrashort KrF (248 nm) laser pulses with small …

Measurements of energy absorption of high intensity laser pulses in snow clusters are
reported. Targets consisting of sapphire coated with snow nanoparticles were found to …

The explosion dynamics of hydrogen clusters driven by an ultrashort intense laser pulse has
been analyzed analytically and numerically by employing a simplified Coulomb explosion …

The ion phase-space dynamics in the Coulomb explosion of very large (∼ 10 6–10 7 atoms)
deuterium clusters can be tailored using two consecutive laser pulses with different …

A large high-energy cluster impacting on a solid surface (the number of particles in a cluster
N≥ 10 2–10 6, the collision energy per particle E col≥ 10–10 3 eV) forms for a short time …

The dynamics of Xe clusters irradiated by a high intensity subpicosecond laser pulse is
investigated through a relativistic time-dependent three-dimensional particle simulation …

The widespread use of molecular and cluster beams in research and practice makes it
necessary and relevant to develop methods to control their parameters and composition …