Unknown authors · 1982
In 1982, the Institute of Electrical and Electronics Engineers (IEEE) issued a technical position statement examining health concerns related to video display terminals (VDTs), specifically focusing on radiation emissions from cathode ray tube monitors. The report addressed growing workplace health questions about X-radiation, electromagnetic interference, and other potential hazards from computer screens that were becoming commonplace in offices.
Charles Wallach · 1982
This 1982 study examined health effects from cathode ray tube (CRT) displays used in computers, televisions, and video games. Researchers found that CRT screens create electrical fields up to 50,000 volts per meter near users' faces and linked these displays to eye irritation, headaches, nausea, and pregnancy complications. The study suggested that positive electrical charges from CRT screens disrupt natural air ions, creating an unhealthy breathing environment for operators.
John R. Lester, Ph.D. and Dennis F. Moore, M.D. · 1982
This 1982 study examined cancer death rates in U.S. counties with Air Force bases compared to counties without them from 1950-1969. Counties with Air Force bases showed significantly higher cancer mortality rates. The finding suggests potential health impacts from radar and other electromagnetic radiation sources commonly found at military installations.
P. Hansen · 1982
This 1982 government safety guide examined radiation emissions from video display terminals (VDTs), the computer monitors widely used in offices at the time. The study focused on measuring X-ray and electromagnetic radiation levels to establish workplace safety standards. This research represents early recognition that electronic display devices could pose occupational health concerns through radiation exposure.
Unknown authors · 1982
This 1982 technical report established American national safety standards for human exposure to radiofrequency electromagnetic fields from 300 kHz to 100 GHz. The document set exposure limits across the RF spectrum, covering frequencies used by radio, television, microwave ovens, and early cellular technology. These standards became foundational guidelines for protecting people from RF radiation exposure.
Unknown authors · 1982
Researchers measured melatonin levels in 20 women with early-stage breast cancer and found that those with estrogen receptor positive tumors had significantly lower nighttime melatonin peaks compared to healthy controls. The study revealed a strong correlation between low melatonin and high estrogen receptor concentrations in tumors, suggesting melatonin deficiency may play a role in hormone-sensitive breast cancer development.
Unknown authors · 1982
Two men accidentally exposed to X-band microwave radiation developed identical psychological symptoms including emotional instability, irritability, headaches, and insomnia, followed by hypertension months later. Doctors found no other medical explanation for these symptoms. This case study provides circumstantial evidence that acute microwave exposure can cause lasting neurological and cardiovascular effects.
Unknown authors · 1982
Researchers measured melatonin levels over 24 hours in 20 women with early-stage breast cancer. Women with estrogen receptor positive tumors had significantly lower nighttime melatonin peaks compared to healthy controls, with the lowest melatonin levels corresponding to the highest estrogen receptor concentrations. This suggests disrupted melatonin production may be linked to certain types of breast cancer.
William E. Murray et al. · 1981
NIOSH examined potential health risks from video display terminals (early computer monitors) in 1981, focusing on radiation exposure, ergonomic factors, and occupational safety concerns. This pioneering government assessment addressed growing workplace health questions as computers became common office equipment. The study established early frameworks for understanding electromagnetic radiation exposure from workplace electronics.
Eliot Marshall · 1981
In 1981, the FDA investigated radiation risks from video display terminals (VDT screens), examining concerns about microwave and x-ray emissions that might cause eye strain or cataracts. The agency concluded there was no radiation risk from these early computer screens. This study represents an early regulatory assessment of electromagnetic field exposure from workplace technology.
Bob DeMatteo · 1981
This 1981 technical report by Bob DeMatteo examined occupational hazards from video display terminals (VDTs), the computer screens widely used in offices during the early personal computer era. The study investigated potential health risks from electromagnetic field emissions and other hazards associated with prolonged VDT use in workplace settings. This research represents early recognition of EMF exposure concerns from computer equipment that would become ubiquitous in modern workplaces.
T. F. Budinger · 1981
This 1981 technical report by Dr. T.F. Budinger outlined safety guidelines for NMR (nuclear magnetic resonance) instrumentation, focusing on magnetic field exposure and RF heating concerns in clinical settings. The document represents early efforts to establish safety protocols for medical imaging technology that would later become MRI.
Walter Cato Olsen · 1981
This 1981 study investigated mysterious facial rashes experienced by computer monitor operators. Researchers found that electric fields from old-style cathode ray tube displays dramatically increased the deposition of irritating particles onto users' skin. Under conditions where rashes occurred, particle exposure increased by at least 10 times normal levels.
Paul S. Ruggera, Daniel H. Schaubert, Ph.D. · 1981
This 1981 technical report examined methods for reducing excessive electromagnetic radiation exposure from RF sealers, industrial machines that use radiofrequency energy to weld plastic materials. The research focused on practical approaches including shielding techniques and exposure control measures to protect workers operating this equipment.
Michael Ciano et al. · 1981
This 1981 clinical study documented severe injuries from industrial radiofrequency and microwave radiation exposure, including two cases: a young woman who developed complete hand and wrist necrosis from high-density RF exposure, and an older woman with chronic hand pain from a malfunctioning microwave oven. The research identified both local tissue damage and systemic effects affecting cardiovascular, gastrointestinal, and neurological functions.
Committee on Man and Radiation (COMAR), IEEE · 1980
This 1980 IEEE committee position statement outlined research priorities for radio-frequency electromagnetic fields in medical applications, including breast cancer detection and tissue monitoring. The committee identified barriers preventing progress in RF research and proposed establishing study panels and funding mechanisms to advance the field.
Unknown authors · 1980
This 1980 technical report examined safety levels for human exposure to radiofrequency electromagnetic fields across the 300 kHz to 100 GHz spectrum, contributing to the development of ANSI C95.1 protection standards. The document represents early foundational work by the Radiofrequency Protection Group (RFPG) to establish exposure guidelines for RF radiation. This research helped shape the safety standards that govern everything from cell phones to broadcast towers today.
Antony C. Fraser-Smith · 1980
This 1980 research by Antony Fraser-Smith examined ultra low frequency (ULF) magnetic radiation, which he termed 'magnetic smog,' with particular focus on emissions from BART (Bay Area Rapid Transit) systems. The study investigated how these extremely low frequency electromagnetic fields create environmental pollution that affects human exposure patterns.
Bill Rados · 1980
This 1980 study by Bill Rados examined video display terminals (VDTs) for radiation emissions and health effects, finding they passed medical safety tests. The research focused on occupational safety concerns about early computer monitors, particularly x-ray leakage and other forms of radiation exposure in workplace settings.
David L. Conover et al. · 1980
Researchers measured radiofrequency radiation from industrial plastic sealing machines operating at 6-38 MHz and found that 60% exceeded safety guidelines for electric fields and 29% exceeded magnetic field limits. All operators were women working within close range of these high-powered industrial RF sources.
not specified in article text · 1980
This 1980 research examined ultra low frequency (ULF) magnetic radiation, termed 'magnetic smog,' with particular focus on BART transit systems. The study investigated how extremely low frequency electromagnetic fields from transportation infrastructure might affect human health. This represents early recognition that everyday electrical systems could create concerning electromagnetic exposures.
Charlotte Silverman · 1980
This 1980 review examined epidemiological studies on microwave radiation health effects in humans, including U.S. naval radar operators and American Embassy staff in Moscow. The research investigated various health concerns including eye problems, nervous system effects, birth defects, and cancer. The findings were mixed, with some studies showing potential health effects while others found no clear evidence.
D. Tikhonov · 1980
Soviet researchers examined the digestive health of radar operators exposed to low-intensity microwave radiation for over three years. They found functional disturbances in the gastrointestinal tract compared to unexposed controls. This early occupational health study highlighted potential digestive system effects from chronic microwave exposure.
Committee on the Biological Effects of Ionizing Radiations · 1980
This 1980 government committee report examined the biological effects of low-level ionizing radiation exposure on human populations. The study represents a comprehensive assessment of radiation health risks at exposure levels below acute doses. This research laid groundwork for understanding how chronic, low-intensity radiation affects public health.
Jerry E. Bishop · 1980
Harvard physicist Robert V. Pound explored using microwave technology for energy-efficient heating applications in 1980. This research examined how microwave energy could be harnessed to reduce overall energy consumption in heating systems. The work represents early investigation into practical microwave applications beyond communications and cooking.
