Use of High Frequency Electromagnetic Waves in the Study of Thermogenesis
T. R. A. Davis, J. Mayer · 1954
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T. R. A. Davis, J. Mayer · 1954
Hartmuth, L. · 1954
Robert E. Wimmer · 1954
Unknown authors · 1954
Ginsburg · 1953
P. J. W. AYRES, H. McILWAIN · 1953
Alberto P. Calderon · 1953
The gauge and mutual gauge can be computed from the tangential component of the electric field along surfaces. Using fields of magnetic dipoles and their derivatives allows approximation to any desired accuracy.
Sidney I. Brody · 1953
F. B. Benjamin · 1953
James D. Hardy, Irving Jacobs, Margaret D. Meixner · 1953
Herman P. Schwan, Kam Li · 1953
They also measured temperature dependence for fatty tissue, kidney, heart muscle, and liver. The analysis attributed the frequency dependence to cellular structure, water polarity, and protein content.
Herman P. Schwan, Edwin L. Carstensen, Kam Li · 1953
J. F. Herrick, F. H. Krusen · 1953
EMILY E. MUELLER, ROBERT LOEFFEL, SEDGWICK MEAD · 1953
Mario Simonelli, Vittorio Rizzini · 1952
Boyle AC, Cook HF, Woolf DL · 1952
М. А. Качковский · 1952
David G. Cogan, John L. Goff, Elizabeth Graves · 1952
H. F. COOK · 1952
Alfred W. Richardson et al. · 1952
J. E. Roberts, H. F. Cook · 1952
Water relaxation is the main absorption mechanism, ionic conductivity is frequency-independent in the microwave region, and resonance absorption by large molecules has not been demonstrated. Tissue heating patterns from high-power microwaves matched predictions from propagation constants and thermal properties.
Barbara F. Randall, C. J. Imig, M. H. Hines · 1952
Louis Daily et al. · 1952
B. K. HUTT et al. · 1952
FREDERIC G. HIRSCH, JOHN T. PARKER · 1952