Gravity, magnetism, electrical method and earthquake combined split modeling method for mountain fronts

The invention discloses a gravity, magnetism, electrical method and earthquake combined split modeling method for mountain fronts. The method includes creating a rock and stratum physical property model; combining earthquake data with gravity and magnetic data to divide a zone horizontally; combinin...

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Main Authors WANG YOUTAO, XIANG PENG, SHI XIUPENG, CHEN XUEGUO, GUO TAO, LI YUNPING, WANG YUELEI, LI ZHUQIANG, TAN SHAOQUAN, HAO ZHIWEI, LI SHOUJI, HU JIASHAN, YU HUIZHEN
Format Patent
LanguageEnglish
Published 20.05.2015
Subjects
CALCULATING
COMPUTING
COUNTING
DETECTING MASSES OR OBJECTS
ELECTRIC DIGITAL DATA PROCESSING
GEOPHYSICS
GRAVITATIONAL MEASUREMENTS
MEASURING
PHYSICS
TESTING
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Summary:The invention discloses a gravity, magnetism, electrical method and earthquake combined split modeling method for mountain fronts. The method includes creating a rock and stratum physical property model; combining earthquake data with gravity and magnetic data to divide a zone horizontally; combining the earthquake data with electrical method data to divide a structural system vertically; diving the structural system according to the data and creating a structural model; interpreting and verifying reasonability of the structural model according to gravity, magnetism, an electrical method and earthquakes interactively, and repeatedly correcting the structural model and an interpretation scheme to acquire a final structural model. The method achieves gravity, magnetism, electrical method and earthquake combined modeling, is more reliable than a modeling method of creating structural models simply according to the earthquake data, and can be widely applied to comprehensive interpretation of deep stratums, igneous rock development zones and the mountain fronts.
Bibliography:Application Number: CN20131569725