Effect of field invariant structure on kinetics of two-dimensional dissipative atomic lattices forming

The properties of the field invariants (the ellipticity, intensity, general phase, deflection angles of the polarization ellipse) for the 3- and 4-beam 2D-configurations are considered. The structure of the radiation force and diffusion tensor, decomposed by the field invariant spatial gradients is presented in the approximation of the subdoppler cooling. The method of the atoms dynamics numerical modeling is considered on the basis of the Langevin equation; the relationship spatial structure with the atomic lattice spatial structure is shown by the examples of the concrete models