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Telluric and D. C. resistivity techniques applied to the geophysical investigation of basin and range geothermal systems. Part II. A numerical model study of the dipole--dipole and Schlumberger resistivity methods [report]

J.H. Beyer
1977 unpublished

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This paper is a two-dimensional numerical model study and comparison of the polar dipole-dipole and Schlumberger resistivity arrays. A catalog of dipole-dipole and Schlumberger apparent resistivity pseudo-sections is presented. It is concluded that: for the Schlumberger array, data can be accurately interpreted only if the resistivity structure is horizontally layered, and conductive bodies having a depth of burial greater than their width are not observed; for the dipole-dipole array, complex
more » ... nomaly patterns unrelated in appearance to the causative structure result from simple models, hence, a familiarity with model results is essential to interpretation of these data.
doi:10.2172/7215609 fatcat:x6il3cfcp5ezxoe4wl7bzcid64
Citation

J.H. Beyer. "Telluric and D. C. resistivity techniques applied to the geophysical investigation of basin and range geothermal systems. Part II. A numerical model study of the dipole--dipole and Schlumberger resistivity methods." (1977)