Papers - Magnetic Methods - Tracing a Basic Dike by Geoelectrical and Geomagnetic Methods (Abstract of Contrib. 106)

The American Institute of Mining, Metallurgical, and Petroleum Engineers
W. R. Johnson G. R. MacCarthy J. C. McCampbell H. W. Straley
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
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1
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26 KB
Publication Date:
Jan 1, 1940

Abstract

In the spring of 1935 the authors undertook to compare the geomagnetic and direct-current carth-resistivity methods of tracing a concealed dike along its strike. An area near Chapel Hill, North Carolina, was selected, where a diabase dike was known. For rapid reconnaissance the magnetic method offers several advantages ovcr the electrical. The resistivity method is useful in determining the position of underground water, a factor of consideration in regions where mining is contemplated. All factors considered, the coincidence between the positions of the dike as determined by the two methods is striking.
Citation

APA: W. R. Johnson G. R. MacCarthy J. C. McCampbell H. W. Straley  (1940)  Papers - Magnetic Methods - Tracing a Basic Dike by Geoelectrical and Geomagnetic Methods (Abstract of Contrib. 106)

MLA: W. R. Johnson G. R. MacCarthy J. C. McCampbell H. W. Straley Papers - Magnetic Methods - Tracing a Basic Dike by Geoelectrical and Geomagnetic Methods (Abstract of Contrib. 106). The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1940.

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