In order to truly understand data signals transmitted by satellite, one must understand
scintillation theory in addition to well established theories of EM wave propagation and …

Studies devoted to the application of numerical solutions of the parabolic equation to the
prediction of propagation conditions of radio waves traveling above the ground surface are …

A new model for scintillation on transionospheric links, based on a hybrid method and valid
for strong scintillations, has been developed and used to construct a software …

The analytical theory of the Global Navigation Satellite Systems (GNSS) signal propagation
through the inhomogeneous ionosphere with time-varying embedded localized random …

The solution to the integro-differential (nonlocal) Markov equation for the mean field,
developed in the companion paper, which takes account of finite values of the longitudinal …

Rigorous analytic solution is constructed for the first of 2 s-order space position and
frequency coherence function (which is alternatively also termed as symmetric) of the high …

An asymptotic technique to solve Markov's parabolic equation for the second-order spaced
position and frequency coherence function is discussed. Rather than employing separation …

The previously obtained integral field representation in the form of double weighted Fourier
transform (DWFT) describes effects of inhomogeneities with different scales. The first DWFT …

Analytic theory, developed in the companion paper in order to describe the coherence
properties of the high frequency wave field propagating through the stochastic …

We study the possibilities of integral representation for the two-frequency mutual coherence
function of the wave field in a randomly inhomogeneous ionosphere. The integral …