Search Results - "Meju, M.A."

Deep structure of Parecis Basin, Brazil from 3D magnetotelluric imaging by Fontes, S.L., Meju, M.A., Maurya, V.P., La Terra, E.F., Miquelutti, L.G.

“…The resistivity structure beneath the Parecis basin in central Brazil has been studied using broadband (0.001–5000 Hz) magnetotelluric (MT) data for 455…”
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A Joint TEM-HLEM Geophysical Approach to Borehole Siting in Deeply Weathered Granitic Terrains by Meju, M.A., Fontes, S. L., Ulugergerli, E.U., La Terra, E.F., Germano, C.R., Carvalho, R.M.

“…The accurate location of aquiferous fracture zones in granite beneath a > 50 m thick weathered mantle in semi‐arid regions is a major hydrogeological problem…”
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Magnetotelluric images of the crustal structure of Chyulu Hills volcanic field, Kenya by Sakkas, V., Meju, M.A., Khan, M.A., Haak, V., Simpson, F.

“…Electromagnetic experiments were conducted in 1995 as part of a multidisciplinary research project to investigate the deep structure of the Chyulu Hills…”
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Marine magnetotelluric mapping of basement and salt bodies in the Santos Basin of Brazil by Fontes, S.L., de Lugao, P.P., Meju, M.A., Pinto, V.R., Flexor, J.M., Ulugergerli, E.U., La Terra, E.F., Gallardo, L.A.

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Simple effective resistivity-depth transformations for infield or real-time data processing by Meju, Max A.

“…Electrical and electromagnetic geophysical methods are used routinely in a variety of subsurface investigations. However, because of the considerable…”
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Evaluation of small-loop transient electromagnetic soundings to locate the Sherwood Sandstone aquifer and confining formations at well sites in the Vale of York, England by Meju, M.A, Fenning, P.J, Hawkins, T.R.W

“…Shallow-depth transient electromagnetic (TEM) soundings have been performed at six borehole locations in an intensively farmed area in northern England to…”
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Basis for a flexible low-cost automated resistivity data acquisition and analysis system by Meju, Max A., Montague, M.

“…An efficient and versatile automatic resistivity data acquisition and analysis (ARDAA) system has been developed for use with any 4-electrode output…”
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