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We present new theoretical scheme to sensing dynamics of the zone type multi-level system in a laser field, based on the quantum stochastic kinetic approach. The multi-photon dissociation yield, selectivity and absorbed energy upon the laser pulse energy density for BCl3 molecules in the oxygen O2 buffer gas are calculated. It has been studied a stochastization of vibrational motion for molecules in the multi-photon photo-excitation regime on example of CF3 I, SF6 and BCl3 molecules within the stochastic Focker-Plank model.

sensorna elektronìka ì mìkrosistemnì tehnologìï

SENSING DYNAMICS OF THE ZONE TYPE MULTI-LEVEL SYSTEM IN A LASER FIELD: STOCHASTIZATION OF VIBRATIONAL MOTION FOR MOLECULES IN THE MULTI-PHOTON PHOTOEXCITATION REGIME