EMF Research Studies

THALAMO-CORTICAL SYSTEMS AND THE ELECTRICAL ACTIVITY OF THE BRAIN

JASPER, HH · 1948

PHYSIOLOGICAL DAMAGE DUE TO MICROWAVES

W. W. Salisbury, John W. Clark, H. M. Hines · 1948

Radiations and Cell Division

Arthur C. Giese · 1947

Concerning the question of selective overheating of single cells in biological tissue by means of ultrashortwave-flowthrough

H. Schaefer, H. Schwan · 1947

SELECTIVE OVERHEATING OF SINGLE CELLS IN BIOLOGICAL TISSUES BY MEANS OF ULTRASHORT-WAVE PERMEATION

H. Schaefer, H. Schwan · 1947

COMPTES RENDUS HEBDOMADAIRES DES SÉANCES DE L'ACADÉMIE DES SCIENCES

MM. LES SECRÉTAIRES PERPÉTUELS · 1947

Effect of ultra high frequency waves on temperature of small laboratory animals

de Seguin L., Castelain G. · 1947

DOSIMETRY IN SHORTWAVE THERAPY

CIGNOLINI, P · 1947

THE EFFECT OF THE PRESENCE OF METALS IN TISSUES SUBJECTED TO DIATHERMY TREATMENT

K. S. Lion · 1947

PRELIMINARY STUDIES ON THE HEATING AND CIRCULATORY EFFECTS OF MICRO-WAVES—'RADAR'

URSULA M. LEDEN et al. · 1947

THE EFFECTS OF DIATHERMY ON TISSUES CONTIGUOUS TO IMPLANTED SURGICAL METALS

H. S. ETTER, R. H. PUDENZ, I. GERSH · 1947

STUDIES OF THERMAL INJURY - V. The Predictability and the Significance of Thermally Induced Rate Processes Leading to Irreversible Epidermal Injury

F. C. HENRIQUES Jr., Ph.D. · 1947

EFFECT OF ULTRA HIGH FREQUENCY WAVES (WAVELENGTHS OF 21 CMS) ON TEMPERATURE OF SMALL LABORATORY ANIMALS

de Saguin, L., Costechain, C. · 1947

ELECTROSURGERY

Grant E. Ward, M.D. · 1947

THE ELECTRICAL PROPERTIES OF SALT-WATER SOLUTIONS OVER THE FREQUENCY RANGE 1-4 000 Mc/s

R. COOPER · 1946

In the lower frequency band the conductivity of sodium chloride solutions was found to be independent of frequency. At higher frequencies between 690 and 4 320 Mc/s the refractive index, attenuation coefficient, absorption index and effective conductivity were measured for a 3-0% sodium chloride solution.

Studies on the Biological Effect of High Frequency Radio Waves (Radar)

Richard H. Follis, Jr. · 1946

Researchers exposed 13 male guinea pigs to radar radiation from an SCR 517-A unit at 10 cm wavelength and 45 kW peak output for three hours daily over 51 to 83 days. Histological examination of all tissues, including testes, revealed no abnormalities.

A Specific Effect of High-Frequency Electric Currents on Biological Objects

Johan E. Nyrop · 1946

THE REPRESENTATION OF DIELECTRIC PROPERTIES AND THE PRINCIPLES UNDERLYING THEIR MEASUREMENT AT CENTIMETRE WAVELENGTHS

Willis Jackson · 1946

EFFECTS OF RADAR EMANATIONS ON THE HEMATOPOIETIC SYSTEM

Maj Bernard J. Lidman, MC, Capt Clarence Cohn, MC · 1945

Effets léthaux d'ondes très courtes sur les microorganismes

Ed. Gilles · 1944

Les effets fongicide et bactéricide des ondes très courtes sont dans certaines conditions, la conséquence d'une action thermique effective

E. Gilles · 1944

Effect of High-Frequency Fields on Micro-Organisms

Hugh Fleming · 1944

CONCERNING THE QUESTION OF SELECTIVE HEATING OF SMALL PARTICLES IN THE ULTRASHORT WAVE CONDENSER FIELD

H. Schaefer, H. Schwan · 1943

For the stationary case, a water-in-oil emulsion with optimum droplet conductivity at field strengths of 5–10 kv/cm produced a 60° average temperature rise in 2 mm diameter particles, making selective boiling dispersal possible. The non-stationary starting process showed a possibility of a considerable rise in relative particle temperatures above the stationary achievable high temperatures. For microscopic and colloid-dispersed dimensions, achievable temperature rises remained far below 1/1000°, limiting practical use to macroscopic systems. A medical-therapeutic usage possibility was mentioned briefly.

Clinical study of results of exposure of laboratory personnel to radar and high frequency radio

Daily LE · 1943

Zur Frage der selektiven Erhitzung kleiner Teilchen im Ultrakurzwellen-Kondensatorfeld

H. Schaefer, H. Schwan · 1943

The paper begins with an introduction addressing the problem statement and current knowledge. The main part examines spatial temperature distribution in an emulsion. It also analyzes individual droplets in a stationary state with mathematical treatment and application to water-in-oil emulsion. Further sections cover selective boiling processes in water-in-oil emulsion including mathematical treatment, experimental investigation of non-stationary temperature distribution in a model system, and applications to oil macro- and micro-systems. The paper concludes with final remarks, a summary, and literature references.