Michael R. Eggleston
General Electric
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Publication
Featured researches published by Michael R. Eggleston.
Archive | 1990
Michael R. Eggleston; Robert J. Schwabe; David Isaacson; Louis F. Coffin
Electric Current Computed Tomography (ECCT) is a technique for producing images of the electrical resistivity profile within a body from measurements made on the body’s exterior. To make these measurements, an array of electrodes is attached to the surface of the body. Sets of current patterns are applied through these electrodes and the voltages needed to maintain these specified currents are measured and recorded. These applied currents and measured voltages are then used in a reconstruction algorithm to produce images that represent approximations to the electrical resistivity distribution in the interior of the body.
Archive | 1994
Mark Gilbert Benz; Melvin Robert Jackson; Robert John Zabala; Marshall Gordon Jones; Herman A. Nied; Michael R. Eggleston
Archive | 1996
Melvin Robert Jackson; Michael R. Eggleston
Archive | 1995
Mark Gilbert Benz; Melvin Robert Jackson; Robert John Zabala; Marshall Gordon Jones; Herman A. Nied; Michael R. Eggleston
Archive | 1994
Robert J. Schwabe; Michael R. Eggleston; Louis F. Coffin
Archive | 1996
Michael R. Eggleston; Mark Gilbert Benz; Herman A. Nied
Archive | 1994
Michael R. Eggleston; Mark Gilbert Benz; Melvin Robert Jackson; Robert John Zabala
Archive | 1990
Robert J. Schwabe; Louis F. Coffin; Michael R. Eggleston
Archive | 1994
Michael R. Eggleston; Mark Gilbert Benz; Melvin Robert Jackson; Robert John Zabala
Archive | 1994
Michael R. Eggleston; Melvin Robert Jackson; Mark Gilbert Benz