Interference of laser beams with high pulse energy opens an opportunity of direct oxidation
of surfaces over large areas. It is important to confirm that the single ultrashort laser pulse …

In this paper we present numerical evaluations of influence of accumulation effects on the
heating of silicon surface by femtosecond laser pulses at low repetition rate in the regimes of …

In this paper, using analytical methods of the theory of thermal conductivity, the issue of
accumulative 3D heating under multipulse laser irradiation of inorganic materials and …

The results of quantitative evaluation of the heat accumulation effect during the femtosecond
laser microstructuring of the surface of silicon are presented for discussion. In the …

The heating of metals (silver and aluminium) by ultrashort laser pulses is analysed
proceeding from a spatially nonuniform kinetic equation for the electron distribution function …

На основе пространственно неоднородного кинетического уравнения для функции
распределения электронов проанализирован нагрев металлов (серебра и алюминия) …

At present time two-temperature model (TTM) is the basic tool for modeling heating of
condensed medium by femtosecond laser pulses. This model assumes fast internal …