Effekter på människa av hög exposition för radiofrekvent strålning. Studier av plastsvetsoperatörers hälsa och exposition.
Kjell Hansson Mild et al. · 1987
Browse 6,486 peer-reviewed studies on electromagnetic field health effects from 4 research libraries.
Showing 357 studies in Symptoms & Sensitivity
Kjell Hansson Mild et al. · 1987
Kolmodin-Hedman B et al. · 1987
Jonathan M. Charry, William H. Bailey, T. Dan Bracken · 1985
Unknown authors · 1982
Brian Alley, Charles Wallach · 1982
Unknown authors · 1982
The study induced posterior subcapsular cataracts in rabbit eyes using 2.45 GHz continuous wave radiation. Successive stages of cataract development were documented with color stereophotographs taken using a Donaldson stereo-ophthalmic camera with electronic flash illumination and two and one half times initial magnification on film. The photographs were viewed in a Donaldson special viewing apparatus that allowed consecutive stages to be seen by turning a circular knob. The viewed eye appeared as if seen in the living animal through a magnifying lens.
Charles Wallach · 1982
Prolonged CRT use is associated with eye, nose, throat, and skin irritations, headaches, dizziness, nausea, pain, malaise, and premature births or miscarriages. The author proposes that the high positive surface charge on CRT screens neutralizes negative ions, increases positive ion concentrations, and repels airborne particles toward operators.
William E. Murray et al. · 1981
Bob DeMatteo · 1981
Walter Cato Olsen · 1981
Researchers surveyed electrostatic fields in VDU work areas and measured aerosol deposition on skin and a high-voltage sampling device. Submicron particle deposition increased substantially and nearly proportionally with electric field intensity, reaching fluxes at least an order of magnitude higher than zero-field conditions under rash-equivalent conditions. Sulfur and chlorine from outdoor aerosol were relatively abundant in field-generated deposits and may be components of the compounds causing rashes.
not specified in article text · 1980
D. Tikhonov · 1980
Jill Jones · 1980
R. C. Petersen, M. M. Weiss, G. Minneci · 1980
Detected emissions included sweep frequencies, clock frequencies, and their harmonics, but all levels were far below exposure standards. No microwave emissions above 1GHz were found associated with any terminal. The authors concluded there is no evidence that VDT emission levels cause deleterious health effects.
Michaelson SM · 1978
Robert D. Tucker, Otto H. Schmitt · 1978
Each trial asked the subject to decide whether a 60 Hz magnetic field of 7.5–15 gauss was present, with the field randomized by computer. After more than 30,000 total trials, no individual performed better than chance, and group results were consistent with no real perception.
Paul Brodeur · 1978
R.M. Albrecht, E. Landau · 1978
Scott Kaufer · 1978
A. Bootz, G. Winke, A. Boyer and J. Brinkmann · 1978
Stephen S. Rosenfeld · 1977
Gus'kova AK, Kochanova EM · 1976
Г. Д. Антимоний et al. · 1976
Charles Burton, MD · 1976
James C. Lin · 1976
The study compares radiation pressure, restrictive force, and rapid thermal expansion as possible transduction mechanisms for the microwave auditory effect. At a peak absorbed power density of 2400 watt/m² for 2450 MHz radiation, the computed maximum stress is approximately 0.02 Newtons/m², which is above the bone-conduction hearing threshold.