Мир под напряжением. История электричества: опасности для здоровья, о которых мы ничего не знали - читать онлайн книгу. Автор: Артур Фёрстенберг cтр.№ 159

Sprenger, Johann Justus Anton. 18°2. “Anwendungsart der Galvani-Voltaischen Metall-Electricität zur Abhelfung der Taubheit und Harthörigkeit.” Annalen der Physik 11(7): 354-66.

Stevens, Stanley Smith. 1937. “On Hearing by Electrical Stimulation.” Journal of the Acoustical Society of America 8: 191-95.

Stevens, Stanley Smith and Hallowell Davis. 1938. Hearing: Its Psychology and Physiology. New York: American Institute of Physics.

Stevens, Stanley Smith and R. Clark Jones. 1939. “The Mechanism of Hearing by Electrical Stimulation.” Journal of the Acoustical Society of America 10(4): 261-69.

Stevens, Stanley Smith and Fred Warshofsky. 1965. Sound and Hearing. New York: Time-Life Books.

Struve, Christian August. 18°2. System der medicinischen Elektrizitäts-Lehre mit Rücksicht auf den Galvanismus. Breslau: Wilhelm Gottlieb Korn.

Tousey, Sinclair. 1921. Medical Electricity, Röntgen Rays and Radium, 3rd ed. Philadelphia: W.B. Saunders. Page 469 on auditory effects.

Volta, Alexander. 1800. “On the Electricity excited by the mere Contact of conducting Substances of different Kinds.” Philosophical Magazine 7 (September): 289–311.

Wolke, Christian Heinrich. 18°2. Nachricht von den zu Jever durch die Galvani-Voltaische Gehör-Gebe-Kunst beglükten Taubstummen und von Sprengers Methode sie durch die Voltaische Elekricität auszuüben. Oldenburg: Schulz.

Энергосберегающие лампочки

National Lighting Product Information Program. June 1999. “Screwbase Compact Fluorescent Lamp Products.” Specifier Reports 7(1).

National Lighting Product Information Program. May 2000. “Electronic Ballasts.” Specifier Reports 8(1).

Низкочастотные звуки

Begley, Sharon. 1993. “Do You Hear What I Hear? A Hum in Taos is Driving Dozens of People Crazy.” Newsweek, May 3, pp. 54–55.

Brodeur, Paul. 1977. The Zapping of America. New York: W. W. Norton.

Cooke, Patrick. 1994. “The Hum.” Health, July/August, pp. 71–75.

Curry, Bill P. and Gretchen V. Fleming. 2003. RF Radiation Measurements in Selected Locations in Kokomo, Indiana. Prepared for Acentech, Inc., Cambridge, MA, August 29.

Deming, David. 2004. “The Hum: An Anomalous Sound Heard Around the World.” Journal of Scientific Exploration 18(4): 571-95.

Federation of American Scientists. 1995. Submarine Communications Master Plan. Washington, DC.

Firstenberg, Arthur. 1999. “The Source of the Taos Hum.” No Place To Hide 2(2): 3–5.

Fox, Barry. 1989. “Low-frequency ‘Hum’ May Permeate the Environment.” New Scientist, December 9, p. 27.

Garufi, Frank. 1989. Loran C Field Strength Contours: Contiguous United States. Washington, DC: Federal Aviation Administration. Report no. DOT/FAA/CT-TN89/16.

Hubbell, Schatzie. 1995. Hum survey results. Fort Worth, TX, October 6.

Jansky & Bailey, Atlantic Research Corporation. 1962. The Loran-C System of Navigation. Washington, DC.

Mullins, Joe H. and James P. Kelly. 1995. The Elusive Hum in Taos, New Mexico. Acoustical Society Newsletter 5(3): 1 ff.

Mullins, Joe H., James P. Kelly, and Sherry Robinson. 1993. “Hum Investigation: Source Still Unknown, Questions Raised.” Albuquerque: University of New Mexico, August 23.

Samaddar, S. N. 1979. “Theory of Loran-C Ground Wave Propagation – A Review.” Journal of the Institute of Navigation 26(3): 173-87.

Sheppard, L. and C. Sheppard. 1993. The Phenomenon of Low Frequency Hums. Norfolk, England: Norfolk Tinnitus Society.

United States Coast Guard. 1974. Loran-C User Handbooks Washington, DC. Publication no. G-462.

–. 1992. Loran-C User Handbook. Washington, DC. Commandant Publication P16562.6.

Способность слышать микроволны

Chou, Chung-Kwang and Arthur William Guy. 1977. “Characteristics of Microwave-induced Cochlear Microphonics.” Radio Science 6(S): 221-27.

Elder, Joseph A. and Chung-Kwang Chou. 2003. “Auditory Response to Pulsed Radiofrequency Energy.” Bioelectromagnetics, suppl. 6: S162-73.

Frey, Allan H. 1961. “Auditory System Response to Radio Frequency Energy.” Aerospace Medicine 32: 1140-42.

–. 1963. “Some Effects on Human Subjects of Ultra-High-Frequency Radiation.” American Journal of Medical Electronics, January-March 1963, pp. 28–31.

–. 1967. “Brain Stem Evoked Responses Associated with Low-intensity Pulsed UHF Energy.” Journal of Applied Physiology 23(6): 984-88.

–. 1970. “Effects of Microwave and Radio Frequency Energy on the Central Nervous System.” In: Stephen F. Cleary, ed., Biological Effects and Health Implications of Microwave Radiation. Symposium Proceedings (Rockville, MD: U.S. Department of Health, Education and Welfare), Publication BRH/DBE 70-2, pp. 134-39.

–. 1971. “Biological Function as Influenced by Low-power Modulated RF Energy.” IEEE Transactions on Microwave Theory and Techniques MTT-19(2): 153-64.

–. 1988. “Evolution and Results of Biological Research with Low-intensity Nonionizing Radiation.” In: Andrew A. Marino, ed., Modern Bioelectricity (New York: Marcel Dekker, pp. 785–837.

Frey, Allan H. and Edwin S. Eichert III. 1972. “The Nature of Electrosensing in the Fish.” Biophysical Journal 12: 1326-58.

–. 1985. “Psychophysical Analysis of Microwave Sound Perception.” Journal of Bioelectricity 4(1): 1-14.

Frey, Allan H. and Rodman Messenger, Jr. 1973. “Human Perception of Illumination with Pulsed Ultrahigh-Frequency Electromagnetic Energy.” Science 181: 356-58.

Justesen, Don R. 1975. “Microwaves and Behavior.” American Psychologist 30(3): 391-4°1.

Khizhnyak, E. P., V. V. Tyazhelov, and V. V. Shorokhov. 1979. “Some Peculiarities and Possible Mechanisms of Auditory Sensation Evoked by Pulsed Electromagnetic Irradiation.” Activitas Nervosa Superior 21(4): 247-51.

Lebovitz, Robert M. and Ronald L. Seaman. 1977. “Single Auditory Unit Responses to Weak, Pulsed Microwave Radiation.” Brain Research 126: 370-5.

Lin, James C. 1978. Microwave Auditory Effects and Applications. Springfield, IL: Charles C. Thomas.

–. 2001. “Hearing Microwaves: The Microwave Auditory Phenomenon.” IEEE Antennas and Propagation Magazine 43(6): 166-68.

Seaman, Ronald L. 2002. “Transmission of Microwave-induced Intracranial Sound to the Inner Ear is Most Likely Through Cranial Aqueducts.” Brooks Air Force Base, TX: Walter Reed Army Institute of Research.

Seaman, Ronald L. and Robert M. Lebovitz. 1989. “Thresholds of Cat Cochlear Nucleus Neurons to Microwave Pulses.” Bioelectromagnetics 10: 147-60.

Sharp, Joseph C., H. Mark Grove, and Om P. Gandhi. 1974. “Generation of Acoustic Signals by Pulsed Microwave Energy.” IEEE Transactions on Microwave Theory and Techniques MTT-22(5): 583-84.