A cross-beam pulsed laser deposition (CBPLD) system operated at variable pressure in an
inert (He) background atmosphere was used to deposit films from two dissimilar targets (⁠ Pt …

We propose a hybrid model describing the processes of heating and ablation of a metal
target with expansion of vaporized material into a vacuum under the action of nanosecond …

An important problem for space vehicles is contamination of the spacecraft surface by
combustion products and unburned fuel exhausting from control thruster nozzles. The …

A theoretical study of the effect of temporary non-uniformity of the surface temperature on the
duration of evaporation during nanosecond laser ablation has been performed. Calculations …

An experimental and numerical effort was undertaken to assess the effects of a cold gas
(To= 300K) nozzle plume impinging on a simulated spacecraft surface. The nozzle flow …

A mathematical model is proposed to describe laser ablation of metals in vacuum under the
action of nanosecond laser pulses of moderate intensity taking into account the processes of …

The processes of formation of silicon clusters in the case of vapor expansion from a
suddenly switched spherical source into an ambient inert gas are considered. Vapor …

A hybrid model describing the processes of heating and ablation of a metal target with
expansion of vaporized material into vacuum under the action of nanosecond pulsed laser …

This paper proposes results on calculation of the back flux for the case of pulsed laser
evaporation into vacuum. On the basis of the direct Monte Carlo simulation, one …

Processes of metal nanoclusters formation under pulsed laser ablation (PLA) of a flat target
in vacuum and deposition of ablation products on a flat surface have been studied. The …