This book is the first to present the application of parabolic equation methods in
electromagnetic wave propagation. These powerful numerical techniques have become the …

A theoretical foundation for the use of the parabolic wave equation/Fourier split‐step method
for modeling electromagnetic tropospheric propagation is presented. New procedures are …

A computational method is described for predicting electromagnetic wave propagation in the
troposphere using the parabolic approximation of the Helmholtz wave equation. The model …

A new implementation of the previously published mixed Fourier transform (MFT) method for
including impedance boundaries in split-step parabolic equation solutions is described and …

The status of tropospheric radio propagation assessment is reviewed and recent advances
in this area are described. Special emphasis is given to anomalous propagation in a marine …

This paper reviews IREPS and some of its major products, and follows with a description of a
recent effort to improve IREPS signal-prediction capabilities in tropospheric ducting …

A standard parabolic equation (SPE) is used to approximate the Helmholtz equation for
electromagnetic propagation in an inhomogeneous atmosphere. An implicit finite difference …

A survey is made of one of the most widely used approximation methods in the wave
propagation studies—the parabolic wave equation method—applied for the specific case of …

An approach for predicting clutter levels in complicated propagation conditions using an
advanced propagation model and one of several empirical clutter cross-section models is …

Предложен новый численный метод нахождения корней характеристического
уравнения в задачах распространения радиоволн в тропосферных волноводах с …