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Diagnostics Of Low-Temperature Laser Plasma By Means Of Nonlinear Dispersion And Holographic Interferometry

A laser plasma produced under interaction of high-power Nd-glass (λ=1.06μm) smooth quasi-continuous laser radiation with the carbon target has been study experimentally by means of nonlinear dispersion and holographic interferometry. The distribution of electron and atom denity, pressure and temperature with high spatial resolution for intensity I = (0.3 - 2)•108 W/cm2 has been determined.