ДВИЖЕНИЕ ЗАРЯЖЕННОЙ ЧАСТИЦЫ В ПОЛЕ ПЛОСКОЙ ЭЛЛИПТИЧЕСКИ ПОЛЯРИЗОВАННОЙ ЭЛЕКТРОМАГНИТНОЙ ВОЛНЫ

We have done the analysis of the problem of the motion of charged particle in an external fi eld of a plane given elliptically polarized electromagnetic waves of high intensity. Of interest is a solution of the equation of motion of a charged particle in the fi eld of electromagnetic waves in order to investigate the interaction of high-intensity laser pulses with solid targets in relation to the practical development of multifrequency lasers and the development of the technology of laser modulation. The reason for this study is due to the wide practical application of high-temperature plasma formed on the surface of the target and the search for new modes of interaction of the laser plasma. The formulas for the average kinetic energy of the particle in the relativistic consideration of the explicit dependence on the initial data, the amplitude of the electromagnetic wave, the wave intensity and polarization parameter. Shows the dependence of the average kinetic energy of the intensity to the electromagnetic wave.