Depth estimation problems in microgravity survey

Abstract Qualitative interpretation is one of the most important missions in geophysical methods, particularly determination shape and depth disturbing bodies. The characteristics gravity field make it difficult to unequivocally determine both these parameters; therefore, problem solved by reducing body means simple solid figures on this basis an attempt estimate their depth. This paper presents analysis estimation microgravity surveys. useful signal-to-error ratio survey causes additional factor influencing quality estimated depths. Werner deconvolution Extended Euler deconvolution, as frequently applied were used resolving problem. Based method, a processing methodology was developed that minimizes impact error calculation results. An algorithm also created allows obtaining solution method. results method compared with Tests have shown despite relatively high amplitude anomaly, satisfactory can be obtained appropriate methodology.