Abstract

The method of computer simulations on nonlinear resonant magnetooptical effects developed for the first time for real multilevel atoms in the two laser fields of arbitrary intensity and external magnetic field is applied for Raman-effect cross section calculations and investigations of the dependence on magnetic field strength, intensities, detunings of laser fields for alkaline atoms, thallium. Calculations of nonlinear resonant Raman-effect cross- sections in the intense laser fields resonant to adjacent transitions and magnetic field show the opportunity of appearing of the new effects in Raman scattering in atomic gases.

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