PROCESSING OF THE SIGNALS M-, DM- WAVELENGTH DIAPASONS IN APPLYING THE METHOD OF ELECTROMAGNETIC PULSE ULTRA WIDE BAND SOUNDING OF SUBSURFACE ENVIRONMENT

 

V. B. Boltintsev

ZAO NPF "Geodizond"
 

Received March 5, 2012

 

Abstract. Subsurface environmental is the macrosystem. A considerable dispersion of the dielectric constant in the m-, dm- wavelength diapasons is implied for it. The variational principle of describing dynamics of macrosystem using entropy for two electromagnetic pulse (EMP) ultra-wideband (UWB) signals is used. It is shown that the order of construction of the empirical probability densities (EPV) is determined by the formation of the grouping intervals of experimental data. Building of EPV is the building of multimode reflected signal. By introducing of a singularity in the EPV EMI UWB signals construction entropy - combinatorial criteria for their evaluation and then finding the auto-, cross-correlation function (ACF, CCF) and volatilities for ACF and CCF is carried out. The efficiency of proposed criteria is shown by the examples of the dam Bureya HPP, zone "washout" in St. Petersburg and oil shale deposits in Myanmar.

Keywords: wave spectrum; singularity; the empirical distribution; Kullback information measure; the Radon - Nikodym derivative; identifiability by Teicher; volatility; suffusion; oil shale.