2001: Vol 16 Iss 2

General Submission

• A MICROWAVE IMAGING APPROACH BASED ON AMPLITUDE-ONLY DATA FOR THE RECONSTRUCTIN OF THE ELECTROMAGNETIC FIELD INDUCED IN BIOLOGICAL PHANTOMS

  Salvatore Caorsi

  79-89

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• A GRADED-MESH FDTD CODE FOR THE STUDY OF HUMAN EXPOSURE TO CELLULAR PHONES EQUIPPED WITH HELICAL ANTENNAS

  P. Bernardi

  90-96

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• EVOLUTION OF A SUITE OF COMPUTATIONAL MODELING TOOLS FOR MOBILE TELEPHONE DOSIMETRY STUDIES AT THE UNIVERSITY OF BRADFORD, U.K.

  Peter S. Excell

  97-105

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• Numerical Simulation of Experimental Investigation of thermal Effects of RF-Fields on Patients During MRI

  Frank Gustran

  106-113

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• Investigation into the Accuracy, Efficiency and Applicability of the Method of Moments as Numerical Dosimetry Tool for the Head and Hand of a Mobile Phone User

  FJC Meyer

  114-125

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• Lanczos-Based Model-Order Reduction for Optimization and Control of Electromagnetically Induced Hyperthermia

  Marc E. Kowalski

  126-137

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• CALCULATIONS OF EM INTERACTIONS WITH BIOLOGICAL TISSUE: MAGNETIC RESONANCE IMAGING AT ULTRA HIGH FIELD

  Tamer S. Ibrahim, Tamer S. Ibrahim

  138-143

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• A Model of finite electrodes in layered biological media: hybrid image series and moment method scheme

  Leonid M. Livshitz

  145-154

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• A Heterogeneous Hybrid Computational Electromagnetics Formulation Including Conduction Current Crossing the Domain Boundary

  M. A. Mangoud

  155-168

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• EVALUATION OF MODELING ACCURACY OF POWER FREQUENCY FIELD INTERACTION WITH THE HUMAN BODY

  T. W. Dawson

  162-172

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• CALCULATIONS OF ELECTRIC FIELDS IN THE HUMAN KNEE PRODUCED BY A KNEE-THIGH ELECTRODE PAIR

  D. N. Buechler

  173-180

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• NUMERICAL ANALYSIS OF THE "FERRIS WHEEL" MICE EXPOSURE SYSTEM USING AN EFFICIENT CYLINDRICAL FDTD SCHEME

  P Russo

  181-189

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