Problems which are challenging investigators in medicine
Herrick JF, Krusen FH · 1956
Browse 6,486 peer-reviewed studies on electromagnetic field health effects from 4 research libraries.
Showing 2,816 studies in Whole Body / General
Herrick JF, Krusen FH · 1956
David A. Copson, Barbara R. Neumann, Aaron I. Brody · 1955
J. H. Richmond, T. E. Tice · 1955
Daniel B. Williams et al. · 1955
Alfred W. Richardson · 1955
CHARLES I. BARRON, ARTHUR A. LOVE, ALBERT A. BARAFF · 1955
George H. Day · 1955
Herman P. Schwan, Kam Li · 1955
J. B. Millard · 1955
Herman P. Schwan, Kam Li · 1955
Herman P. Schwan, Geo Morris Piersol · 1955
J. B. MILLARD · 1955
George H. Brown, Wendell C. Morrison · 1954
James D. Hardy · 1954
Herman P. Schwan, Edwin L. Carstensen, Kam Li · 1954
Herman P. Schwan, Geo. Morris Piersol · 1954
The authors classify biological effects of high-frequency currents and radiation into thermal, specific thermal, and nonthermal categories, and state that nonthermal effects cannot withstand criticism. They report that selective heating of microscopic particles such as bacteria or cells is not possible because the temperature rise is less than 1/1000°C, and selective heating only occurs for particles at least 1 mm in diameter. The review finds that fatty tissue is heated more than muscle at all practical current therapy frequencies up to about 100 Mc. It also calculates that a coupling medium with a dielectric constant of about 65 can reduce reflection losses to about 7 per cent at 1000 Mc.
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