On a possibility of usage of the scalar impedances for solving the inverse MTS problem for three-dimensional models
© T.I. Prichepiy, 2016
A review of the results of calculation of seeming specific resistance for a set of elementary models by scalar impedance method,
in particular, by impedance parameter Z has been given in the article. The values of electromagnetic field parameters of the models have
been calculated by Mackie 1994 program. According to this method of calculation the field is excited by flat low-frequency homogeneous
electromagnetic wave. Calculation of electromagnetic field parameters for each model object was accomplished for a set of values of Ò
periods. Specific resistances calculated by scalar impedance Z, are presented as a graphs pj-(x) and isolines fields across the observations
area. The results obtained for the given class of models have shown a possibility to restore the conducting characteristics of lower
half-space without determination of impedance tensor Z and predetermined a possibility of further development of this method not only
for visualization of data but also for obtaining numerical solutions of the inverse MTS problem.
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