Doppler reflectometry spatial and wavenumber resolution is analysed within the framework
of the linear Born approximation in the slab plasma model. An explicit expression for its …

An approach to numerical simulations of microwave scattering in Doppler reflectometry is
developed that is based on calculations of the two-dimensional spatial weighting function in …

A nonlinear theory of Doppler reflectometry is developed in the case of a high level of
turbulent density perturbations, when the multiple forward scattering of the probing wave is …

The power response of a Doppler reflectometer is investigated by means of the physical
optics model; a simple model which considers basic scattering processes at the reflection …

An analytical treatment of radial correlation Doppler reflectometry (RCDR) within the
framework of a model taking into account the two-dimensional probing wave propagation …

A two-dimensional full-wave numerical code in the extraordinary mode of propagation has
been developed to simulate reflectometry. The code uses the finite-difference time-domain …

The capability of Doppler reflectometry to determine the perpendicular velocity and the
perpendicular wave-number spectrum of the density fluctuations has been studied using a …

Turbulence radial correlation length measurements by making use of Doppler reflectometry
are analysed in this paper assuming the linear (in density perturbation amplitude) regime of …

Doppler reflectometry is characterized by a finite tilt angle of the probing microwave beam
with respect to the normal onto the cutoff surface. According to the Bragg condition the …

Two-dimensional full-wave simulations of Doppler reflectometry in slab and curved
geometries have been carried out with the finite-difference time-domain code IPF-FD3D. The …