NS  Vol.5 No.12 , December 2013
Modern aspects of construction of information microwave therapy devices
ABSTRACT

This article is devoted to presenting modern aspects of building information microwave therapy devices. And it presents an analysis of the existing problems of the organism homeostasis control by means of electromagnetic radiation. The new principles of synthesis of operating influences are formulated. On the basis of the thermodynamic approach is justified as a leading role modeling the space microwave background to restore disturbed homeostasis of the organism. The general patterns of development of the pathological process and possible mechanisms of corrective action of natural electromagnetic background are described. The implementation of the approach offered by the authors to constructing device information physiotherapy allowed creating high-performance hardware and software means for the prevention and treatment of a wide range of human diseases.


Cite this paper
Darovskih, S. , Popechitelev, E. , Vdovina, N. and Novikov, I. (2013) Modern aspects of construction of information microwave therapy devices. Natural Science, 5, 1230-1237. doi: 10.4236/ns.2013.512150.
References
[1]   Pryahin, E.A. and Akleyev, A.V. (2007) Effect of nonionizing electromagnetic radiation on humans and animals. Academy of Medical Sciences, South Ural Scientific Center, Chelyabinsk, 219.

[2]   Devyatkov, N.D., Golant, M.B. and Betsky, O.V. (1991) Millimeter waves and their role in life processes. Radio and communication. 186.

[3]   Darovskikh, S.N. (2012) The problems of information control over homeostasis of the organism by means of electromagnetic radiation of millimeter range and the main directions of their solutions. Biomedical Radio Electronics, 3, 3-10.

[4]   Darovskih, S.N. and Popechitelev, E.P. (2012) Some aspects of the mechanisms of information physiotherapy. Proceedings of the SPSETU “LETI”, SPSETU “LETI”, St. Petersburg, 2, 81-88.

[5]   Chizhevsky, A.L. (1973) Earthly echo of solar storms. 347.

[6]   Presman, A.S. (1974) Electromagnetic alarm in nature. Facts, hypotheses, ways of research. Sov. Radio, Moscow, 64.

[7]   Gumilev, L.N. (2002) Ethno genesis and the biosphere of the earth. SZKEO, Ltd., Editor House “Crystal”, St. Petersburg, 639.

[8]   Vernadsky, V.I. (1994) Living matter and the biosphere. Nauka, Moscow, 672.

[9]   Grin, N., Stout, W. and Taylor, D. (1993) Biology. Moscow, 327-374.

[10]   Darovskikh, S.N. and Popechitelev, E.P. (2012) Modern aspects of building information electromagnetic therapy devices. Saarbruecken Publishing House LAP LAMBERT, 241.

[11]   Darovskikh, S.N. (2011) Mathematical model of information interaction of natural objects with electromagnetic radiation. Bulletin of the South Ural State University, “Computer Technology, Management, Electronics,” Publishing Center SUSU, Chelyabinsk, 219, 45-48.

[12]   Orir, J. (1981) Physics. Springer-Verlag, 2, 622.

[13]   Popechitelev, E.P. and Darovskikh, S.N. (2011) Information physiotherapy and hardware means of its implementation. Proceedings of the Southwestern State University, “Management, Computer Engineering, Computer Science”, Publishing Center SWSU, Kursk, 60-66.

[14]   Darovskikh, S.N. and Razzhivin, A.A. (1996) Information-wave methods of correcting violations of regulatory functions in living organisms. Foreign Electronics, 12, 33-40.

[15]   Darovskikh, S.N., Tolstykh, E.I., Razzhivin, A.A., et al. (1999) Research of modifying exposure of electromagnetic radiation of low intensity together of its interaction with ionizing energy flows on biological objects. Biomedical Electronics, 8, 31-35.

[16]   Darovskikh, S.N., Uzunova, A.N., Boytsov, V.M. and Razzhivin, A.A. (2002) Some aspects of the informational approach in physical therapy. Biomedical Technology and Electronics, 12, 27-32.

[17]   Darovskikh, S.N., Rassokhin, A.G. and Kuznetsov, M.E. (2005) The management role of the relic radiation from the center of the universe in wildlife. Biomedical Technology and Electronics, 6, 40-45.

[18]   Darovskikh, S.N., Erofeev, S.A., Chikorina, N.K., et al. (2006) Experience of microwave magnetic resonance therapy implementation in an experiment with a dog leg lengthening. Genius of Orthopaedics: Scientific Journal, 1, 48-51.

[19]   Uzunova, A.N., Zaitseva, M.L., Darovskikh, S.N., Ryabov, N.D. and Koptyaeva, N.V. (1995) The effectiveness of microwave magnetic resonance therapy for obstructive bronchitis among children. Pediatrics, 5, 44-45.

[20]   Uzunova, A.N., Kurilova, E.V., Darovskikh, S.N. and Kozlovskaya, N.A. (1997) Microwave therapy in the complex treatment of chronic secondary pyelonephritis among children. Issues of Baleological Physical Therapy, 3, 2728.

[21]   Uzunova, A.N., Kurilova, E.V. and Darovskikh, S.N. (2004) The influence of microwave magnetic resonance therapy on certain factors of the local immune defense of the respiratory tract of sickly children. Issues of Baleology, Physical Therapy and Therapeutic Physical Culture, 6, 2729.

[22]   Uzunova, A.N., Kofanov, R.V. and Chernysh, N.N. (2005) Microwave therapy in the complex rehabilitation of children suffering from chronic sensorneural baryecoia. Issues of Balneology, Physical Therapy and Therapeutic Physical Culture, 4, 28-30.

[23]   Uzunov, A.N., Gorlova, N.V. and Darovskikh, S.N. (2006) Usage of microwave magnetic resonance physiotherapy device for correction of metabolic disorders among children with pneumonia. Bulletin of the South Ural State University. Education, Health, Physical Education, 1-3, 252-255.

 
 
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