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Physical quantities / Electromagnetic radiation / Wave mechanics / Electromagnetism / Economic geology / Magnetotellurics / Geothermal exploration / Transient electromagnetics / Electrical resistivity and conductivity / Geophysics / Physics / Geology


A numerical evaluation of electromagnetic methods in geothermal exploration
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Document Date: 2006-01-04 18:10:30


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File Size: 228,38 KB

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City

Denver / Salt Lake City / L. A. / /

Company

CSAMT / MODEL DISCRETIZATION Discretization / Eaton / Unocal / GE / /

Country

United States / /

Currency

pence / /

Event

Person Communication and Meetings / /

Facility

Denver Federal Center / University of Utah / Formerly University of Utah / University of Utah’s Consortium / /

IndustryTerm

multidimensional tools / interpretation algorithms / et al. interpretation tools / measurement site / stable finiteelement solution / inactive and active geothermal systems / integral equation solution / Interpretation tools / imaging / reconnaissance tool / hydrothermal alteration products / numerical solution / /

Organization

Diego Supercomputing Center / University of Utah / Universitat / Society of Exploration / Denver Federal Center / /

Person

Greg Nordquist / Jeffrey M. Johnston / Berthold Kriegshauser / Alan Tripp / Gregg Nordquist / Gerald W. Hohmann / Philip Wannamaker / Louise Pellerin / /

Position

Editor / Geophysicists / model / complete model / /

ProvinceOrState

Utah / Montana / Colorado / /

Technology

GEOPHYSICS / 1-D algorithms / Remote Sensing / 3-D / 3-D interpretation algorithms / Two-dimensional algorithms / simulation / /

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