Gravimetric terrain modeling for accurate reduction of aerogravity data

Frese, Ralph R. B. von; Hayden, Kurt J.; Gumert, William R.

doi:10.1190/1.1889184

SEG Technical Program Expanded Abstracts 1991 1991

DOI: 10.1190/1.1889184

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Gravimetric terrain modeling for accurate reduction of aerogravity data

Ralph R. B. von Frese

Kurt J. Hayden

William R. Gumert³

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2001

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A method to compute terrain corrections for gravimeter stations using a digital elevation model

Garcı́a-Abdeslem

Martin-Atienza

2001

GEOPHYSICS

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A description is given of a method to compute the terrain corrections for a gravity survey using a digital elevation model. This method is based upon a new forward model solution to compute the gravity effect due to a rectangular prism of uniform mass density that is flat at its base but has a nonflat top. The gravitational attraction of such a prism is evaluated at the gravity station locations by combining analytic and numerical methods of integration. Two simple synthetic examples are provided that show the accuracy of this numerical method, and its performance is illustrated in a field example.

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A method to compute terrain corrections for gravimeter stations using a digital elevation model

Garcı́a-Abdeslem

Martin-Atienza

2001

GEOPHYSICS

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Gravimetric terrain modeling for accurate reduction of aerogravity data

Cited by 1 publication

References 0 publications

A method to compute terrain corrections for gravimeter stations using a digital elevation model

A method to compute terrain corrections for gravimeter stations using a digital elevation model

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