Nonlinear surface waves propagating along a boundary of magnetoactive plasma and vacuum

Dispersion relation is obtained for a nonlinear unpolarized surface wave propagating along a boundary between vacuum and a magnetoactive plasma in a geometry when a dc-magnetic field is parallel to both the boundary and the propagation of the surface wave. A general approach used is based on the knowledge of the corresponding first integral of Maxwell's equations.     

Two frequency laser produced plasma heating

Simulation results of single laser pulse plasma heating and that of two simultaneous pulses with different frequencies are compared for available frequencies and the frequency dependence of light absorption is examined.     

Laser produced plasma heated by two simultaneous laser pulses

A single laser pulse plasma heating and that of two simultaneous pulses with different frequencies and the same front pulse shaping are compared in a one-dimensional model.