Compensation Effect in the Conductive Polar Ionosphere

Inclined incidence of radio wave on a plane conductive collision ionospheric magnetized turbulent plasma layer in a homogeneous external magnetic field is considered. Stochastic differential equation for the second-order statistical moments of the spatial power spectrum is obtained in the complex geometrical optics approximation. It is finding the direction along which asymmetric factors of the task compensate each other. In this case angular power spectrum does not broadens and its maximum does not shift. Differential equations of the second order statistical moments of the phase fluctuations of scattered waves are obtain. Broadening of the spectrum and shift of its maximum are valid for an arbitrary correlation functions of electron density fluctuations. Numerical calculations are carried out using experimental data of the polar ionospheric F-layer. Numerical simulation confirmed the evaluation of the angular power spectrum with increasing propagation distance of radio wave in the turbulent polar ionospheric plasma.