Browse 8,655 peer-reviewed studies on electromagnetic field health effects from 4 research libraries.
Showing 1,361 studies from Glaser RF/Microwave Archive with extracted diagrams
Vernon E. Rose et al. · 1969
This 1969 study examined microwave oven repair workers who were exposed to dangerous levels of microwave radiation exceeding 10 mW/cm² while working on energized magnetrons. Researchers found these occupational exposures posed serious health risks including cataracts and thermal damage, but developed an effective copper mesh screening solution to reduce worker exposure below safety limits.
Herman P. Schwan, Lawrence D. Sher · 1969
This 1969 laboratory study by researcher H.P. Schwan examined how alternating electromagnetic fields cause microscopic particles to move and align in specific patterns. The research found that at field strengths around 100 volts per centimeter, particles form 'pearl chains' and orient themselves along field lines, suggesting biological effects can occur without heating tissue.
William A. Mills, Donald M. Hodge · 1969
This 1969 technical report examined the biological effects of microwave radiation exposure on laboratory animals, focusing on pathological changes, cancer development, and viral transformation. The research represented early government documentation of microwave radiation's potential health impacts during a period of increasing military and civilian microwave technology deployment.
Frederic G. Hirsch, M. D. · 1969
This 1969 case report by Hirsch documented bilateral cataracts (affecting both eyes) in a patient exposed to microwave radiation. The study represents an early clinical observation linking microwave exposure to eye damage, contributing to our understanding of how electromagnetic fields can affect human vision.
B. I. KHODOROV, E. M. PEGANOV · 1969
Researchers tested how different metal ions (calcium, magnesium, barium, nickel, and lanthanum) affect nerve cell electrical responses in frog nerve fibers. They found that these positively charged particles are essential for normal nerve function, with some metals like lanthanum being much more effective than others at stabilizing nerve membranes. This foundational work helps explain how external electromagnetic fields might disrupt the delicate electrical processes in our nervous system.
M. A. K. Hamid, R. J. Boulanger · 1969
Researchers in 1969 developed a microwave-based method to kill three common grain insects (flour beetles, granary weevils, and rusty grain beetles) while simultaneously drying wheat. The study demonstrated that microwave energy could selectively heat and eliminate these pests without damaging the grain's quality for milling and baking. This dual-purpose approach proved cost-effective compared to chemical pesticides and gas treatments used at the time.
Ulrich H. Behling · 1969
This 1969 government report by Ulrich Behling reviewed the biological effects of both radio frequency and low frequency electromagnetic radiation. The comprehensive analysis examined how nonionizing radiation affects living systems, representing early official recognition of potential EMF health impacts. This work helped establish the foundation for understanding electromagnetic field interactions with biological tissue.
Raymond Pautrizel et al. · 1969
This 1969 French study investigated whether electromagnetic fields and magnetic fields could boost immune defenses in mice and rats infected with trypanosoma parasites. The research explored using physical stimulation methods to enhance the animals' natural ability to fight off these parasitic infections. This represents early scientific interest in how electromagnetic exposures might influence immune system function.
Dr. David V. Reynolds · 1969
This 1969 research examined the use of electrical stimulation as anesthesia, exploring how electromagnetic fields could reduce pain during medical procedures. The study investigated electroanesthesia as an alternative to chemical anesthetics, using extremely low frequency (ELF) electrical currents applied to the human body. This early work helped establish the foundation for understanding how electromagnetic fields can directly affect nervous system function and pain perception.
J. Li, Peter W. Neurath · 1969
This 1969 study calculated electric and magnetic field distributions around circular coils operating at 27 MHz, a frequency used in commercial applications. The researchers developed mathematical solutions to predict field strengths near these devices, finding that standard textbooks lacked explicit formulas for the electric field patterns. They confirmed their calculations matched actual measurements of magnetic fields from real coils.
S. J. Webb, A. D. Booth · 1969
This 1969 study measured how microorganisms and their genetic material absorb microwave radiation at different frequencies. Researchers found that DNA absorbed significantly more microwave energy than RNA, and that this absorption directly affected biological processes in cells. The findings demonstrated that cellular components have varying sensitivities to microwave frequencies.
K. Takahashi, R. C. Vasishth, W. A. Côté · 1969
This 1969 study examined how microwave drying affects polymer distribution in paper manufacturing compared to conventional oven drying. Researchers found that microwave-dried papers maintained uniform polymer distribution throughout, while conventionally dried papers showed polymer migration to the surface. The study used specialized techniques to analyze cross-sections of treated papers.
Devaux, P · 1969
This 1969 French research examined the physiological dangers of very powerful radar stations on human health, focusing on nervous system, digestive, and visual disorders from electromagnetic emissions. The study represents early scientific recognition that high-power radar systems could cause biological effects in humans. This work helped establish the foundation for understanding occupational EMF exposure risks decades before consumer wireless devices became widespread.
J. C. Lawrence · 1969
This 1969 study exposed animal skin to pulsed 9.6 GHz microwave radiation and found that just 6.00 mJ/cm² reduced the skin's cellular breathing (respiratory activity) by 50%. Researchers also examined how this pulsed microwave energy affected the skin's ability to produce important cellular components and repair materials.
Zorach R. Glaser, Christopher H. Dodge · 1969
This 1969 review compared Soviet and Western research on radio frequency and microwave radiation effects. Soviet scientists consistently reported nervous system changes and behavioral effects, while Western researchers had largely failed to replicate these findings until the late 1960s. The authors noted growing Western evidence supporting some Soviet findings.
V. M. Kolesnikov · 1969
This 1969 study developed new measurement techniques using dielectric waveguides to study how millimeter-wave electromagnetic fields affect biological systems. Researchers focused on creating better methods to deliver microwave energy to living tissue while investigating non-thermal effects at the cellular and molecular level. The work aimed to understand how electromagnetic energy might influence biological information exchange.
Barnothy · 1969
Researchers exposed mice to strong magnetic fields (3,000-10,000 oersted) and found significant organ changes that resembled stress responses. The study suggests magnetic fields may act as environmental stressors, triggering an initial alarm reaction followed by biological adaptation. This early research helped establish that magnetic field exposure can produce measurable physiological effects in living organisms.
Unknown authors · 1968
This 1968 U.S. Air Technical Division report examined Soviet research on how electromagnetic and magnetic fields affect brain electrical activity in rabbits. The study used electroencephalography (EEG) to measure brain wave changes during field exposure. This Cold War-era document represents early government interest in understanding electromagnetic effects on biological systems.
John S. Krebs · 1968
This 1968 study exposed male mice to X-ray and neutron radiation to understand how ionizing radiation damages reproductive tissue. Researchers found that testicular tissue loss followed a predictable pattern, with neutrons being nearly 4 times more damaging than X-rays, and identified that germinal cells (sperm-producing cells) were the primary target of radiation damage.
V. I. Bankov · 1968
Soviet researchers in 1968 exposed cats to low-frequency electromagnetic fields pulsed at 5-7 cycles per second and found it induced drowsiness and sleep. Brain wave monitoring showed the electromagnetic exposure created physiological changes identical to natural sleep patterns. This early study demonstrated that specific EMF frequencies can directly alter consciousness and brain states in mammals.
K. MAJEWSKA · 1968
This 1968 Polish study compared eye health in 200 microwave-exposed workers versus 200 unexposed controls, finding evidence of harmful eye effects from workplace microwave radiation. The research showed that even microwave intensities considered safe by workplace regulations could cause eye damage after 4-5 years of exposure. This represents some of the earliest scientific evidence linking chronic microwave exposure to human health effects.
K. MAJEWSKA · 1968
Researchers examined 400 people, comparing 200 microwave-exposed workers to 200 unexposed controls, finding evidence of harmful eye effects from occupational microwave exposure. The study showed that microwaves at levels considered safe by workplace regulations can cause eye damage when exposure continues for 4-5 years or longer. This early research provided some of the first human evidence linking chronic microwave exposure to health problems.
Kurz GH, Finaugler RB · 1968
This 1968 study documented cases of cataracts developing in people exposed to microwave radiation, focusing on bilateral cataracts (affecting both eyes). The research examined the connection between microwave exposure and eye damage, representing early medical recognition of microwave radiation's potential to harm human vision.
Mallard JR, Lawn DG · 1968
This 1968 study calculated how microwaves are absorbed differently by various human tissues and body structures. Researchers found that these absorption differences could potentially be used to locate tumors and identify different organs inside the body. This represents early research into how microwave energy interacts with human biology.
George H. Kurz, Richard B. Einaugler · 1968
This 1968 research documented cataracts developing in workers exposed to microwave radiation in occupational settings. The study represents early medical recognition that microwave exposure could damage the lens of the eye, establishing a connection between electromagnetic radiation and vision problems.