Traditionally, the modeling of the water vapor contents of the atmosphere is done through
the estimation of precipitable water (PW)-the integrated value of the mass of water vapor …

We simulate two-dimensional (2-D) maps of the internal permittivity of comet Wirtanen from
CONSERT (Comet Nucleus Sounding Experiment by Radiowave Transmission) phase …

Radio transmission through the nucleus of the comet Wirtanen, as developed in the
CONSERT experiment on the ROSETTA mission, is designed to provide information on the …

The detailed effects of the high-frequency radio wave propagation in a stochastic
transionospheric propagation channel are discussed. This is a special case of propagation …

Mapping functions and gradients in GNSS and VLBI applications were introduced in the
sixties and seventies to model the microwave propagation delays in the troposphere, and …

The influence of electron density fluctuations on the dispersive properties of the ionosphere
is investigated in the forward scattering approximation by means of a generalized Rytov's …

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 …

This paper gives a review of the advantages offered by an integral representation using
diffracting component waves in solving wave propagation problems, deterministic as well as …

The paper discusses theoretical and numerical aspects of signal intensity calculations in the
geometrical optics approximation for ionospheric HF wave propagation. We present an …

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