The influence of a high-gradient, low-frequency electromagnetic field on the working ability of an altered motor structure
Sazonova, T.Y. · 1964
Research on environmental EMF sources - cell towers, 5G small cells, power lines, and smart meters.
## Outdoor / Infrastructure EMF Sources When you step outside your home, you enter an environment where electromagnetic fields come from sources beyond your direct control. Cell towers broadcasting 24/7, power lines carrying electricity to neighborhoods, smart meters collecting usage data, and increasingly, 5G small cells mounted on streetlights and utility poles. These infrastructure sources share a common characteristic: they're part of the built environment around us, installed and operated by utilities and telecommunications companies to serve entire communities.
Sazonova, T.Y. · 1964
Wladyslaw Pol · 1964
Gerard M. Grosof et al. · 1964
A. Anne, H. P. Schwan · 1963
W. J. MORESSI · 1963
C. Christianson · 1963
Marha K. · 1963
This 1963 technical report by K. Marha examined the biological effects of high-frequency electromagnetic waves on both humans and animals. The research focused on workplace exposures and engineering controls for radiofrequency radiation, representing early scientific recognition that RF waves could impact living systems. This work helped establish foundational understanding of electromagnetic field health effects decades before cell phones became widespread.
Marha, K. · 1963
This 1963 technical report by K. Marha examined biological effects of high-frequency electromagnetic waves on both humans and animals. The research addressed occupational exposure concerns and engineering controls, representing early scientific investigation into radiofrequency health effects. This work contributed to foundational understanding of EMF biological impacts during the early development of wireless technologies.
Allan H. Frey · 1963
Multiple authors including M.E. Hoff et al. · 1963
William R. Deichmann et al. · 1963
Thomas R. LaSalle · 1962
John T. McLaughlin, M.D. · 1962
C. J. Imig, G. W. Searle · 1962
L. CIECIURA, L. MINECKI · 1962
Valentin Franke, Olga Uschinska.ja · 1962
Unknown authors · 1962
F. Dainotto, D. Tognazzi, A. Violanti · 1962
Alfonso Mungo · 1962
John T. McLaughlin, M.D. · 1962
This 1962 medical journal article by Dr. John McLaughlin examined the health hazards associated with microwave radiation exposure. The research focused on biological effects including temperature elevation, protein dynamics, and cellular changes in humans. This early scientific investigation helped establish the foundation for understanding microwave radiation's potential health impacts.
Russell L. Carpenter · 1962
Researchers exposed rabbit eyes to continuous wave or pulsed wave microwave radiation at frequencies of 2450 mc, 8236 mc, 9375 mc, and 10,050 mc. Single exposures produced opacities in the posterior cortex at 2450 mc and in the anterior cortex at the higher frequencies. Biochemical changes included an early decrease in lens ascorbic acid content and water accumulation as opacities developed. The study found evidence of non-thermal effects on the lens in addition to thermal effects.
Russell L. Carpenter · 1962
This 1962 experimental study by Carpenter investigated how microwave radiation affects the eye in laboratory animals. The research represents early scientific examination of microwave exposure's biological effects, focusing specifically on ocular tissues. This work helped establish the foundation for understanding how electromagnetic fields interact with sensitive organs like the eyes.
A. Anne, M. Saito, O. M. Salati, H. P. Schwan · 1962
John T. McLaughlin, M.D. · 1962
Dr. John McLaughlin's 1962 research examined health hazards from microwave radiation exposure in humans, focusing on biological effects and temperature elevation from thermal heating. This early medical investigation helped establish foundational understanding of how microwave energy interacts with human tissue and potential health risks.
Thomas R. Lasalle · 1962
This 1962 technical report investigated the optimal wire mesh dimensions needed to effectively block microwave radiation for protective applications. The research focused on understanding how different mesh configurations could attenuate microwave energy, particularly for developing protective clothing and shielding materials. This work laid important groundwork for EMF protection standards still used today.