C. H. Dodge, Z. R. Glaser · 1977
This 1977 Navy-funded review examined international research on microwave and radiofrequency radiation effects from 1970-1977. The authors found emerging Western evidence supporting Soviet claims that EMF can affect nervous system function at power levels below what causes heating. The review highlighted a massive gap between US exposure limits (10 mW/cm²) and Soviet limits (0.01 mW/cm²).
A. E. Crawford · 1977
Researchers tested microwave radiation on clover and alfalfa seeds to reduce hard seed coats. They discovered a critical energy threshold where toxicity rapidly increases, with this threshold remaining consistent across different plant varieties.
A. Bruner · 1977
This 1977 military study examined approximately 600 workers exposed to electromagnetic pulses (EMP) at simulator facilities over several years. Comprehensive annual physical examinations and medical surveillance found no adverse health effects attributable to EMP exposure within a 10-year observation period.
D. R. McNiven, D. J. Wyper · 1976
Researchers tested different therapies on human muscle blood flow and found microwave therapy dramatically increased circulation by nearly 300% (from 2.9 to 11.4 ml/100g/min). Other treatments like infrared, ice, massage, and electromagnetic therapy showed no significant effects. This demonstrates microwaves have unique biological effects on human circulation.
R. A. Tell · 1976
This 1976 technical report measured radio frequency field intensities directly around FM broadcast station antennas to understand actual exposure levels. The study documented RF field strengths in areas where people might be present near these powerful transmission facilities. This type of measurement work helps establish safety guidelines for workers and the public around broadcast infrastructure.
D. H. SHINN · 1976
This 1976 study examined how powerful microwave antennas create hazardous radiation zones that can ignite fires, cause explosions, and potentially harm biological systems. Researchers developed a graphical method to map these dangerous areas around communication and radar installations. The work established early safety protocols for preventing human exposure near high-power microwave transmitters.
Г. Д. Антимоний et al. · 1976
Soviet researchers in 1976 studied how extremely low frequency electromagnetic fields affected self-stimulation behavior in rats. This early research examined whether EMF exposure could alter reward-seeking behaviors in laboratory animals. The study contributes to understanding how electromagnetic fields might influence brain function and behavioral responses.
Richard Bentall · 1976
This 1976 research examined whether electromagnetic fields could actually promote healing and tissue repair in humans, investigating the scientific basis behind electromagnetic therapy claims. The study explored pulsed electromagnetic field effects on cellular processes and tissue regeneration. This early work helped establish the foundation for understanding how EMFs might influence biological healing mechanisms.
Przemyslaw Czerski · 1976
This 1976 analysis compared microwave exposure standards between the USA, USSR, and Poland, revealing dramatic differences spanning six orders of magnitude. While some US standards allowed exposure levels in the tens of milliwatts per square centimeter, Soviet and Polish standards were set thousands of times lower at microwatts per square centimeter. The study highlighted how different countries approached the same scientific evidence with vastly different safety conclusions.
P. BERNARDI, F. GIANNINI · 1976
This 1976 Italian research analyzed different scientific models used to study how electromagnetic fields interact with human biological tissues. The researchers examined the strengths and limitations of various modeling approaches to better understand potential health risks from RF exposure.
Richard A. Tell, Norbert N. Hankin, David E. Janes, Jr. · 1976
Researchers measured microwave radiation exposure near five parked commercial aircraft with weather radar systems in their nose cones. They found that when radar antennas rotate normally, only one system exceeded the 1976 workplace safety standard of 10 mW/cm². All systems dropped below 1 mW/cm² at distances greater than 11.5 feet from the aircraft.
P. C. PEDERSEN, C. C. JOHNSON, C. H. DURNEY, D. G. BRAGG · 1976
This 1976 study developed a medical diagnostic technique using microwave radiation to detect lung conditions like pulmonary edema. Researchers found that diseased lung tissue changes how microwaves are reflected and transmitted, allowing doctors to monitor heart and lung problems. The technique measures both amplitude and phase changes in microwave signals.
Charles Burton, MD · 1976
This 1976 research by Burton examined transcutaneous electrical nerve stimulation (TENS) as a pain relief method, exploring how controlled electrical currents applied through the skin can reduce pain perception. The study represents early work in understanding how electrical fields can therapeutically interact with human nerve function. This research helped establish the foundation for modern TENS therapy devices used in pain management.
R. A. MOIDEL, S. K. WOLFSON, JR., R. G. SELKER, S. B. WEINER · 1976
Researchers in 1976 studied implanting metallic materials like carbon steel rods into brain tissue, then exposing the head to radiofrequency electromagnetic fields to create localized heating. They found that carbon steel rods and Hysterloy heated most effectively (about 1000 and 655 cal/g-min, respectively), with rods oriented parallel to the RF field producing the most heat. The goal was to combine targeted brain heating with chemotherapy to concentrate cancer drugs in tumors while keeping healthy tissue cool.
Gideon Kantor, Thomas C. Cetas · 1976
This 1976 study tested how different microwave diathermy devices operating at 2.45 GHz heat tissue phantoms simulating fat and muscle. Researchers found that properly designed direct-contact applicators could maintain radiation leakage below 5 mW/cm² at 5 cm distance while delivering therapeutic heating. The study established safety standards for medical microwave devices that are still used in physical therapy today.
U. Zimmermann, G. Pilwat, F. Beckers, F. Riemann · 1976
Researchers applied electrical fields to giant algae cells and discovered that cell membranes undergo dramatic breakdown when exposed to approximately 1 volt of electrical potential. The membrane conductance increased dramatically at 0.85 volts, demonstrating that cell membranes have a specific electrical threshold where they lose their protective barrier function.
S. Georghiou · 1976
This 1976 study examined how light causes rapid structural changes in all-trans-retinal, a key molecule in human vision, at low temperatures. Researchers found that retinal exhibits unusual optical properties including wavelength-dependent fluorescence and anomalous heavy atom effects. The findings help explain the early stages of how our eyes convert light into visual signals.
R. SUNDERMAN, T. Z. FAHIDY · 1976
This 1976 research by Sunderman investigated how alternating electric and magnetic fields create movement in electrolyte solutions (liquids containing dissolved salts and ions). The study examined the mechanisms behind field-induced fluid motion, which is fundamental to understanding how electromagnetic fields interact with biological fluids in living organisms.
Elmqvist H · 1976
This 1976 study examined how electromagnetic interference from various external sources affects the function of cardiac pacemakers. Researchers identified common interference sources and described their effects on these life-sustaining medical devices. The findings highlight how electromagnetic fields can disrupt critical medical equipment that millions of people depend on.
McRee DI · 1976
This 1976 study examined potential microwave injuries in clinical medicine, focusing on biological effects from medical microwave applications like diathermy treatments and electromagnetic interference with devices like cardiac pacemakers. The research addressed safety concerns about therapeutic microwave use and device malfunctions in medical settings.
James C. Lin · 1976
This 1976 study examined why people hear sounds when exposed to pulsed microwave radiation, a phenomenon known as the microwave auditory effect. Researchers compared three possible mechanisms and found that thermal expansion (rapid heating and cooling) in the head likely creates the perceived sounds. The study helps explain how microwave energy can directly stimulate auditory sensations without sound waves.
Lin JC, Wu C-L · 1976
This 1976 study analyzed how plastic restraining devices used to hold laboratory animals during microwave experiments scatter and amplify microwave radiation. Researchers found that these supposedly "low-loss" materials created highly uneven radiation patterns, with some areas receiving nearly twice the intended exposure levels.
Pacific Measurements Inc. · 1976
This 1976 technical report documented the specifications and calibration procedures for digital power meters designed to measure RF and microwave power levels. The instruments were capable of measuring power in dBm units across various frequencies, providing precise measurement tools for electromagnetic field assessment. Such equipment became essential for accurately quantifying RF exposure levels in research and regulatory contexts.
Stephen D. Smith · 1976
Researchers exposed 90 adult salamanders to static electrical charges ranging from 0 to 500 volts to test whether electrical fields affect limb regeneration after amputation. After 35 days, they found no consistent differences in regeneration rate or quality between any voltage groups, including controls.
James L. Mason, Neilson A. M. MacKay · 1976
Researchers investigated why electrical stimulation through the skin often causes sharp, pricking pain. They discovered the pain results from thermal damage to the skin's outer layer caused by high energy concentrations at uneven skin-electrode contact points. The study found this pain can be controlled through proper electrode application techniques without using conductive gels.
