Abstract-Statistical characteristics of scattered electromagnetic waves by turbulent magnetized plasma slab with electron density and magnetic field fluctuations are considered via the perturbation method and boundary conditions. Magnetic field fluctuates both in magnitude and direction. Analytical expressions for the component of scattered electric field, correlation functions of the amplitude and phase fluctuations, and also the phase structure function for arbitrary correlation functions of fluctuating plasma parameters are derived. The obtained results are valid for near and far zones. Under equal conditions, at strong magnetic fields, electron density fluctuations play the important role and in this case the imposed magnetic field decreases fluctuation intensity of the ordinary and extraordinary waves. Numerical calculations of statistical characteristics of scattered radiation were carried out for anisotropic Gaussian correlation function

Differential equation for two-dimensional spectral function of the phase fluctuation is derived using the modify smooth perturbation method. Second order statistical moments of the phase fluctuations are calculated taking into account polarization coefficients of both ordinary and extraordinary waves in the turbulent collision magnetized plasma and the diffraction effects. Analytical and numerical investigations in the ionospheric F region are based on the anisotropic Gaussian and power law spectral functions of electron density fluctuations including both the field-aligned anisotropy and field-perpendicular anisotropy of the plasma irregularities. Scintillation effects in this region are investigated for the small-scale ionospheric irregularities. The large-scale background plasma structures are responsible for the double-humped shape in the spatial power spectrum taking into account diffraction effects. Numerical calculations are based on the experimental data of the navigation satellites.Â

The article addresses the problem of higher education - improving the quality of graduates' professional training, provides a brief analysis of research results, Recommendations on how to use the results “Quality of education” is a complex characteristic of education, the task of which is to train specialists who are competitive in the world market. It is impossible to develop a single, scientifically based system of indicators for the quality of student training, since the education system is different in all countries of the World, moreover, a different system of training students, which is one of the influencing factors on the quality of Higher Education. It is necessary to take into account the specifics of the university. One of the elements of the quality assessment system is monitoring, which is considered to be a comprehensive system for diagnosing the quantitative and qualitative characteristics of the effectiveness of an educational system. The assessment of the quality of education should be formed as a cumulative indicator of all the qualities that influence the educational process. During the work we used the results of sociological research of the subjects of the educational process: students, teachers, monitoring of the educational process (academic performance of students).

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