Aerospace Instrument-Making Annotation << Back Mathematical modeling of AIMED pulse signals ABSORBING MEDIA B.V. Skvortsov , M.I. Golikova, D.A. Skotnikov Any medium or object, which extends and with which interaction of the pulse is characterized by a complex wave vector, whose components are entirely determined by their properties. Working with common positions and mathematically described the energy field created by the emitted pulse as it propagates in a controlled environment. Given a three-dimensional mathematical description of the distribution process directed pulse signals propagating in absorbing media. Change in amplitude and spectral composition of the probe pulse transmitted through the investigated medium, or reflected from it, gives a diagnostic or predictive information about the object. Examples are given of the mathematical description of the wave vector for different types of signals and media. Material submitted is the mathematical basis for studying the properties of media and objects using pulse signals. Keywords: directed momentum, the wave vector, absorbing medium, distribution, mathematical description. E-mail: aps@ssau.ru.