Commentary: Adjuvant temperature effects in cancer therapy
Block JB, Zubrod CG · 1973
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Block JB, Zubrod CG · 1973
Davis JA · 1973
Becker CM, Malhotra IV, Hedley-Whyte J · 1973
The average maximum radiofrequency current in the electrocardioscope ground electrode was 175 milliamperes (range 20-290). Approximately 100 milliamperes per square centimeter for about 10 seconds can cause skin damage. The authors suggested that radiofrequency inductors (chokes) may prevent these burns.
G. A. Stasiuk · 1973
Smith SW, Brown DG · 1973
The study monitored radiation from 20 Hz to 10 GHz at ten sites within a 25-mile radius of Washington, D.C., using a mobile van equipped with six broadband and six wideband receivers. Peak power densities were summed arithmetically over four biologically relevant frequency bands based on human body absorption percentages.
Harte C · 1973
R. I. Kovach · 1973
A. L. Klascius · 1973
A. P. Balutina · 1973
FREEMAN W. COPE · 1973
Charles H. Bonney, Pedro L. Rustan, Jr., Gary E. Ford · 1973
Department of the Navy Electronic Systems Command · 1973
H. Wachtel, W. Joines, R. Seaman, G. Walker · 1973
D.E. Schmidt, M.J. Schmidt, G.A. Robison · 1973
Researchers applied microwave irradiation sacrifice to rats and measured brain temperature, enzyme inactivation rates, and levels of acetylcholine and cyclic AMP. Brain temperature reached 70-80°C within 15-20 seconds of microwave exposure. Complete and simultaneous inactivation of cholinesterase, phosphodiesterase, and adenyl cyclase occurred throughout the brain at temperatures of 60-75°C. Acetylcholine levels were higher than literature values, free choline was significantly lower at 28.7 nmoles/mg whole brain, and cyclic AMP levels were comparable to those from rapid freezing.
CAINE, S. · 1973
S. J. Baum, W. D. Skidmore, M. E. Ekstrom · 1973
Unknown authors · 1973
The publication consists of a series of papers. The papers discuss problems and activities related to commercial, medical, and domestic implications of nonionizing radiation.
Kolesnik, F. A., N. A. Komogortseva · 1973
Eugene M. Taylor et al. · 1973
Non-radiation heating produced evoked potential changes comparable to microwave heating of the same magnitude. Both microwave and exchanger heating decreased latency only in late components of the evoked potential. Concurrent cooling during radiation reduced or reversed the latency changes, showing they track temperature direction and magnitude.
Г. А. СЛАСЮК · 1973
小林雅文, 白井孝, 北山善之進, 鶴田真敬, 石塚勇次郎 · 1973
Herman P. Schwan · 1973
W. F. VAN PELT, W. R. PAYNE, R. W. PETERSON · 1973
Lisa J. Shawver · 1973
Sol M. Michaelson · 1973