NUMERICAL MODELLING OF RADIATION-KINETIC EFFECTS IN GASES AND PLASMA

The theory of resonance radiation transfer in a dense plasma at the incomplete redistribution of photons of frequences has been developed in the paper. The theory of optogalvanic effects in a low-temperature plasma of low pressure has been suggested. Programs of the radiation transfer in volumes of a complex form have been developed as well as the method of the particle determination on sizes and speeds from multiexposition images of two-phase flows, methods of the spectrum interpretation of the Tompson's scattering. Methods for the analysis of magnetic scanning spectrums have been used in Leningrad State University, programs of the calculation tomography with the use of the Monte - Carlo method are being used in Russian Academy of Sciences, General Physics Institute. Theoretical deductions and calculation programs of the radiation transfer have been used for the estimation of the tomography space resolution of longitudinal objects. The paper results may find their field of application in plasma optics, diagnostics of gas flows, physics of lasers, physics of gas dischargeAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio