Houk, B., Zeischka (?), and others
This technical report by B. Houk provides comments and suggestions on the ANSI C-95 subcommittee's report about research needs for radiofrequency and microwave safety standards. The document addresses gaps in understanding both thermal and nonthermal effects of electromagnetic radiation. It highlights areas where more research is needed to establish proper safety guidelines for RF and microwave exposure.
not clearly visible on this page
This Southern Medical Journal study examined Diapulse therapy, which uses pulsed high-frequency (PUHF) electromagnetic energy to treat rheumatic diseases like arthritis. The research investigated whether this specific RF electromagnetic therapy could provide therapeutic benefits for inflammatory joint conditions. This represents early medical exploration of using controlled electromagnetic fields as a treatment modality.
Unknown authors
This conference paper appears to be an informational document related to electromagnetic field research, though specific details about the study methodology and findings are not available. Conference papers often present preliminary research findings or review existing knowledge in the EMF field. Without access to the abstract or full content, the specific contributions to EMF health research cannot be determined.
Unknown authors
This government report establishes performance standards for microwave ovens, focusing on power density limits, safety interlocks, and radiation detection requirements. The standards aim to prevent microwave radiation leakage that could pose health risks to users. These regulations represent one of the few areas where government agencies actively control public EMF exposure levels.
Unknown authors
This conference paper examined how microwave electromagnetic fields interact with biological systems, specifically focusing on effects on the nervous system and red blood cell membranes. The research explored the fundamental mechanisms by which microwave radiation affects living tissue at the cellular level. This type of foundational research helps scientists understand the biological pathways through which EMF exposure may impact human health.
Unknown authors
This conference paper focused on program announcements related to non-ionizing radiation research, specifically examining neurological effects. The document appears to outline research priorities or funding opportunities for studying how electromagnetic fields impact the nervous system. Such program announcements help shape the direction of EMF health research by identifying critical knowledge gaps.
Ronald W. P. King, Glenn S. Smith
This technical report examined electric field probes and their applications in electromagnetic compatibility (EMC) testing. The research focused on probe design, antenna characteristics, and dielectric properties relevant to microwave frequencies. While primarily an engineering study, this work has implications for biomedical applications where accurate EMF measurement is critical.
Clyde E. Ingalls
Researchers demonstrated that radar transmitters operating at 1, 3, and 10 gigahertz can be directly heard by the human brain, bypassing the ears entirely. The effect occurred at energy levels considered safe for all-day exposure, suggesting the brain itself can detect electromagnetic radiation. This phenomenon may explain reports of people hearing meteors and aurora displays.
Sheldon S. Sandler, Glenn S. Smith, Ernest N. Albert
Researchers exposed bullfrog nerve tissue to high-intensity electric field pulses designed to minimize heat while maximizing field strength. When they examined the tissue under microscopes using standard stains, they found no visible structural damage to the large motor neurons compared to unexposed control tissue.
J. D. Hardy, D. Murgatroyd
Military researchers studied how high-intensity thermal radiation affects human pain perception and tissue damage across different body areas. The study examined how the size and location of exposed body areas influence pain response, using pain as an indicator of tissue damage. This research aimed to understand thermal radiation effects on military personnel exposed to flames and special weapons.
Arne Eriksson, Kjell Hansson Mild
Researchers measured radiofrequency electromagnetic fields around plastic welding machines and found that operators are exposed to RF levels that substantially exceed occupational safety standards at distances up to 1 meter from the equipment. The study tested various shielding methods and found that proper RF suppression devices can reduce these dangerous exposure levels to acceptable limits.
David M. Rorvik
This journal article by D.M. Rorvik examines French research into electromagnetic radiation as a potential cancer treatment, focusing on the work of Antoine Priore. The study explores whether specific electromagnetic frequencies might offer therapeutic benefits against cancer in animal models.
HADUCH, S
This NASA technical report investigated how high-frequency electromagnetic fields affect the human body, with particular focus on white blood cells (leukocytes) and neutrophil granulocytes. The research examined biological responses to radiofrequency radiation exposure, contributing to our understanding of how EMF affects immune system components.
Unknown authors
This technical report examined methods for measuring the electrical properties of muscle tissue using specialized probes and modeling techniques. The research focused on developing accurate ways to measure how electromagnetic fields interact with living tissue, particularly muscle. This type of foundational research helps scientists understand how EMF exposure affects the human body at the tissue level.
Unknown authors
This technical report studied how transmission loss changes as the distance between an antenna and the human body increases, using 158 MHz radio frequency signals. The research examined electromagnetic scattering patterns around metallic cylinders and body phantoms to understand how proximity affects signal strength. This type of research helps determine safe operating distances for radio equipment and informs exposure guidelines.
JOHN E. BOYSEN
This early research by Boysen investigated both heating (hyperthermic) and tissue damage (pathologic) effects from electromagnetic radiation at 350 megahertz frequency in laboratory animals. The study examined how microwave radiation causes biological changes beyond simple thermal heating. This represents foundational research into the harmful effects of electromagnetic exposure on living tissue.
Unknown authors
This document provides submission guidelines for Bioelectromagnetics journal, which publishes peer-reviewed research on how electromagnetic fields interact with living systems. The journal covers studies ranging from cellular effects to epidemiological investigations of EMF health impacts. These guidelines help ensure scientific rigor in EMF research publication standards.
Narda Microwave Corporation
This technical document describes the NARDA Model 8609 electromagnetic radiation monitor, a specialized instrument designed to measure microwave field strength using an isotropic probe. The device represents professional-grade equipment used to assess electromagnetic radiation levels in various environments. Such monitoring equipment plays a crucial role in documenting actual EMF exposures that people encounter daily.
Unknown authors
This technical report documents the specifications and capabilities of the Wavetek Model 178 Programmable Waveform Synthesizer, a laboratory instrument used to generate precise RF signals for testing and research. The device features programmable frequency generation with GPIB computer control and microprocessor-based operation. While not a health study itself, this type of equipment is essential for conducting controlled EMF exposure research.
Unknown authors
This technical report introduces specialized microwave frequency counters capable of measuring signals up to 40 GHz. These instruments represent the type of equipment needed to accurately assess microwave radiation exposure from modern wireless devices and industrial sources.
Jaski
This technical study by Jaski focused on developing methods to detect and measure microwave radiation hazards, particularly using thermistor-based dosimetry systems to assess power density levels. The research addressed the critical need for accurate detection equipment to identify potentially harmful microwave exposures in various environments. This work represents early efforts to establish proper measurement protocols for microwave radiation safety assessment.
John Roman
This technical report examined radio frequency hazards to human health, with particular focus on microwave heating effects and lens opacities (cataracts). The research documented biological effects from RF exposure and assessed potential health risks from electromagnetic radiation.
C. J. Chilton
This review by Chilton examined the scientific literature on biological radio communication, exploring concepts like telepathy and electromagnetic field interactions with human biology. The study investigated whether humans might naturally transmit or receive electromagnetic signals through biological processes. This research represents early scientific inquiry into potential electromagnetic communication mechanisms in living systems.
T. C. Rozzell, C. C. Johnson, O. P. Gandhi
Researchers developed two specialized fiber-optic probes that can measure microwave power density inside biological tissue and monitor temperature during microwave exposure. These probes don't interfere with the microwave field or create hot spots, enabling measurements that were previously impossible. This represents a significant advancement in accurately studying how microwave radiation affects living tissue.
Unknown authors
Researchers developed a new radiofrequency device that can safely heat deep internal tumors to cancer-killing temperatures (above 42°C) without burning surface skin tissue. Testing on 52 human tumors showed 81% reached therapeutic temperatures, with surface tissues remaining at normal body temperature throughout treatment.
