MISC GROUPING OF PAGES – CONCLUSIONS, RECOMMENDATIONS, REFERENCES, GRAPHS, ETC – PART 2
Dr. Shore · 1978
Browse 6,486 peer-reviewed studies on electromagnetic field health effects from 4 research libraries.
Showing all 6,486 studies
Dr. Shore · 1978
Patricia Y. Hester, B.B. Bohren · 1978
White Leghorn eggs were individually rolled through a magnetic coil for 3 seconds per egg before incubation. Hatchability percentages and chick body weights were measured at 90.5 and 21.5 days of incubation. The study found no effect of the EMF exposures on hatchability, body weight, or hatching time.
A. Bootz, G. Winke, A. Boyer and J. Brinkmann · 1978
Lawrence E. Larsen, John H. Jacobi · 1978
Unknown authors · 1978
H. Bassen, J. Sing · 1978
When a hazard is detected, the controller activates alarms and shuts off the high-power source through redundant relays. The system has been tested with multiple high-power generators and a commercial version is in use.
M. F. Iskander, P. W. Barber, C. H. Durney, H. Massoudi · 1978
G. I. Rowlandson, P. W. Barber · 1978
Clark W. Heath et al. · 1978
A. MAMOUMI, F. BLOT, Y. LEROY, E. CONSTANT, Y. MOSCHETTO · 1978
Electromagnetic Radiation Management Advisory Council · 1978
David P. Rall · 1978
Unknown authors · 1978
Gordon R C Atherley · 1978
Stanley M. Neuder, Ph.D. · 1978
Stephen A. Kula, B.F. Miller, H.L. Enos · 1978
A total of 193 birds were processed by microwave. In the first trial, feather tracts were divided into two groups that responded similarly to microwave feather release: the torso and the extremities. Good feather release depended on bird weight, power, time, and whether the area was torso or extremities. Microwave feather release used an estimated 132 BTU per bird versus 200 BTU for hot water scalding, a potential energy savings of 34%.
K. M. Stürmer, H. Kehr, K. P. Schmit-Neuerburg, K. Seidel · 1978
Hagmann J, Gandhi OP, D'Andrea JA, Chatterjee I · 1978
Researchers previously reported numerical solutions for a realistic model of man showing resonance of the intact human head at about 350 MHz. At head resonance, the absorption cross section for the head region is 3.0 times the physical cross section. Head resonance for the laboratory rat occurs near 2450 MHz.
QUIRINO BALZANO, OSCAR GARAY, FRANCIS R. STEEL · 1978
Unknown authors · 1978
Richard F. Boggs, Zorach R. Glaser · 1978
Q. BALZANO, O. GARAY, F.R. STEEL · 1978
John R. Frazier, Thomas R. Ohlhaber, Paul S. Ruggera · 1978
ROBERT C. BECK · 1978
Unknown authors · 1978