Resolution and ambiguity studies for a series expansion based multilayer refraction inversion method

Paripás, A. and Ormos, T. (2012) Resolution and ambiguity studies for a series expansion based multilayer refraction inversion method. Acta Geodaetica et Geophysica Hungarica, 47 (2). pp. 197-209. ISSN 1217-8977

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Abstract

The paper discusses the characteristics and feasibility of a multilayer kinematic refraction inversion method that is applicable to estimate the — even laterally changing — parameters of a geological model in the simultaneous evaluation of refraction data. The studied method has been developed at the Department of Geophysics of the University of Miskolc for the interpretation of parameters (layer thicknesses and seismic velocities) using series expansion based on adequately chosen basis functions. Besides revealing its resolution properties, ambiguity studies are also presented on synthetic data sets. In the terminology of refraction inversion uncertain and ambiguous results are frequently encountered problems in multilayer cases when all parameters (or all coefficients describing the parameters) are estimated simultaneously in the same inversion procedure. Results of resolution and ambiguity analyses of synthetic data sets and field examples are shown in this study.

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