A field test of electromagnetic geophysical techniques for locating simulated in situ mining leach solution

Tweeton, Daryl R.; Hanson, Jay C.; Friedel, Michael J.; Sternberg, Ben K. (Ben Kollock), 1947-; Dahl, L. J.

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A field test of electromagnetic geophysical techniques for locating simulated in situ mining leach solution

1994
By Tweeton, Daryl R. ; Hanson, Jay C. ; Friedel, Michael J. ; ...
Series: Report of investigations (United States. Bureau of Mines) ; 9505

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Personal Author:

Tweeton, Daryl R. ; Hanson, Jay C. ; Friedel, Michael J. ; Sternberg, Ben K. (Ben Kollock), 1947- ; Dahl, L. J.

Tweeton, Daryl R. ; Hanson, Jay C. ; Friedel, Michael J. ; Sternberg, Ben K. (Ben Kollock), 1947- ; Dahl, L. J. Less -
Corporate Authors:

United States. Bureau of Mines.
Description:

"The U.S. Bureau of Mines, the University of Arizona, Sandia National Laboratory, and Zonge Engineering and Research, Inc., conducted cooperative field tests of six electromagnetic geophysical methods to compare their effectiveness in locating a brine solution simulating in situ leach solution or a high-conductivity plume of contamination. The brine was approximately 160 meters below the surface. The test site was the University's San Xavier experimental mine near Tucson, Arizona. Geophysical surveys using surface and surface-borehole time-domain electromagnetics (TEM), surface controlled source audio-frequency magnetotellurics (CSAMT), surface-borehole frequency-domain electromagnetics (FEM), crosshole FEM and surface magnetic field ellipticity were conducted before and during brine injection." - NIOSHTIC-2

NIOSHTIC no. 10012363
Subjects:

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Groundwater -- Pollution. In Situ Processing (Mining) Leaching. Prospecting -- Geophysical Methods.
Series:

Report of investigations (United States. Bureau of Mines) ; 9505
Document Type:

Report
Collection(s):

Stephen B. Thacker CDC Library collection
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urn:sha256:1f89c8e7cc43bbdf048f0e40ddf40194bc985b7fe7acaec95414285c2fef7c43
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https://stacks.cdc.gov/view/cdc/10036/cdc_10036_DS1.pdf
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A field test of electromagnetic geophysical techniques for locating simulated in situ mining leach solution

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