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HYGIENIC ASSESSMENT OF ENERGETIC LOADS FORMED BY NON-IONIZING ELECTROMAGNETIC RADIATION

HYGIENIC ASSESSMENT OF ENERGETIC LOADS FORMED BY NON-IONIZING ELECTROMAGNETIC RADIATION

https://doi.org/10.33573/ujoh2005.02.056

Gvozdenko L.A.

HYGIENIC ASSESSMENT OF ENERGETIC LOADS FORMED BY NON-IONIZING ELECTROMAGNETIC RADIATION

Institute for Occupational Health of AMS of Ukraine, Kyiv

Full article (PDF), RUS

The data concerning designation of such notions as «energy», «energetic load», «dose» etc. is specified in the article. The spec¬trum of non-ionizing electromagnetic radiations and their role in the body functioning, availability of optimum radiation inten¬sities necessary for normal vital activity, significance of thermal effects in radiation exposures, peculiarities of information and resonance interaction of radiation and the human body, synchronizing and desynchronizing effects, peculiarities of fonnation of the body reactions on the combined effect of various types of energy («sensory conflict») is being characterized. It is recom¬mended to undertake further efforts in studying the non-ionizing electromagnetic radiation.

Key words: non-ionizing electromagnetic radiation, spectrum, energy, energetic loads, dose, information and reso¬nance interaction, desynchronizing effects, combined effect, «sensory conflict».

References

  1. Kvantovo-biologicheskaya teoriya: monografiya/Pod obshch. red. V.V.Boyko. M.A.Krasnogolovtsa,- Khar'kov: Fakt. 2003.- 968 s.
  2. Gvozdenko L.A. ЭThe hygienic value of the optical radiation of heated bodies in conditions of modern production”, Diss., MD, Kiev, 1987.- 357 p.
  3. Grigor'yev YU.G. Chelovek v elektromagnitnom pole (sushchestvuyushchaya situatsiya, ozhidayemyye bioeffekty i otsenka opasnosti)//Radiats. biol. radioekol.- 1997,- Vol.37, Issue.4.- S. 690-702.
  4. Chernykh A.M.. Chernykh T.V. Ekologicheskiye ugrozy zdorov'yu cheloveka pri prevyshenii fona elektromagnitnykh poley v okruzhayushchey srede v regione magnitnoy anomalii//Med. truda i prom. ekol,- 2004,-No 10, 25-27.
  5. Shnol' S.E. Fiziko-khimicheskiye faktory biologicheskoy evolyutsii.- M.: Nauka. 1979.- 263 s.
  6. Study of biological effect of visible electromagnetic radiation, taking into account the spectrum and intensity of artificial and natural sources (to justify the principles of regulation) // Report on the sci. work, Manager Gvozdenko L.A. , Kyiv, 2000.- 11 p.
  7. Davydov B.I.. Tikhonchuk V.S.. Antipov V.V. Biologicheskoye deystviye, normirovaniye i zashchita ot elektromagnitnykh izlucheniy.- M.: Energostroyizdat. 1984.- 176 s.
  8. Datsenko V.1., Sova S.H. Otsinka funktsionalnoho stanu zdorov'ya korystuvachiv stilnykovymy radiotelefonamy standartiv MCHT-450 ta ZBM-900//Dovkillya ta zdorov'ya.- 2001.- No 4, 23-25
  9. Fatkhutdinova L.M. Vliyaniye elektromagnitnykh poley chastotoy do 400 kGTS na nervnuyu sistemu// Med. truda i prom. ekol,- 2001.- No 9.- S. 20-27.
  10. National Research Council (U.S.) Committee on the Possible Effects of Electromagnetic Fields on Biologic Systems. Possible health effects of exposure to residential electric and magnetic fields.- Washington DC: National Academy Press, 1996.
  11. Presman A.C. Elektromagnitnyye polya i protsessy regulirovaniya v biologii//Voprosy bioniki.-M.: Nauka. 1976.-S. 341-351.
  12. Khabarova O.V. Bioeffektivnyye chastoty i ikh svyaz' s sobstvennymi chastotami zhivykh organizmov//Biomeditsinskiye tekhnologii i radioelektronika.- 2002.- No 5.- S. 56-66.
  13. Bezdol'naya I.S. Elektrofiziologicheskiye kriterii funktsional'nogo sostoyaniya mozga pri deystvii i gigiyenicheskoy reglamentatsii antropogennykh elektromagnitnykh izlucheniy//Gigiyena naselennykh mest: sb. nauch. tr - K., 2001.- Vyp.38. T.2.-S. 71-75.
  14. Rukavishnikov V.S.. Pankov V.A.. Lokhman O.L. Obshchiye zakonomernosti formirovaniya nespetsificheskikh patogeneticheskikh mekhanizmov pri vozdeystvii na organizm fizicheskikh faktorov proizvodstvennoy sredy//Byull. Vost.-Sib. Tsentra SO RAMN,- 2001.- No 2,- S. 79-85.
  15. Yatsula G.S. Gigiyenicheskoye znacheniye ul'trafioletovogo izlucheniya v profilaktike luchevykh porazheniy: Avtoref. diss. d.m.n.- K.. 1970.-47 s.
  16. Tordya N.V. Nyzkointensyvni elektromahnitni vyprominyuvannya v diapazoni nadvysokykh chastot. yak faktor modyfikatsiyi radiostiykosti roslynnykh klityn: Avtoref. dys. k.b.n.- K.. 2004,- 24 e.
  17. Khetfets L.I.. Matkln С.С. Industrialization, elec­tromagnetic fields and breast cancer risk//Environ. Health Perspect.- 1999.-V. 107 (Suppl. 1).-P. 145-154. https://doi.org/10.1289/ehp.99107s1145
  18. Nazarenko V.I., Gvozdenko L.A., Cherednichenko I.N. etc. (2004), “To the problem of determining a biodose of the solar ultraviolet radiation”, Med. truda i prom. ekol., 10, 31-35.