NS  Vol.4 No.12 A , December 2012
Influence β-radioactive radiation on tissues of the organism
Abstract: Research of interaction of β-radioactive radiation with biotissue of an organism is lead. It is shown, that during electrons moderation there is a brake electromagnetic radiation usually in an X-ray range. There are derivatives of the formulas in not relativistic and relativistic variant for a finding of dependence of a flux brake electromagnetic radiation from frequency, of charging number elements of a biotissue, of a parameter of efficiency braking of electrons, of initial intensity of a flux of electrons and initial energy of electrons, is given.
Cite this paper: Volobuev, A. , Petrov, E. and Ovchinnikov, E. (2012) Influence β-radioactive radiation on tissues of the organism. Natural Science, 4, 1085-1096. doi: 10.4236/ns.2012.412A137.

[1]   Vasiliev, V.N., Kokontsev, A.A., Tyurnina, S.P. and Sotnikov, V.M. (2011) Wide-field skin irradiation by electrons. Medical Physics, 52, 11-19.

[2]   Savinsky, A.K. (1984) Interaction of electrons with tissue- equivalent environments. Energy Atom Izdat, Moscow.

[3]   State Standard (1987) The state pharmacopoeia of the USSR. 11 ed. Release 1. Medicine, Moscow, 76.

[4]   Kudryashov, J.B. (2004) Radiating biophysics. Fizmatlit, Moscow.

[5]   Levich, V.G., Vdovin, J.A. and Mjamlin, V.A. (1962) Course of theoretical physics. Fizmatgiz, Moscow.

[6]   Landay, L.D. (2004) Quantum mechanic. Fizmatlit, Moscow.

[7]   Levich, V.G. (1962) Course of theoretical physics. Fizmatgiz, Moscow.

[8]   Berestetsky, V.B, Lifshits E.M. and Pitaevsky, L.P. (1989) Quantum electrodynamics. Science, Moscow.

[9]   Gajtler, V. (1956) Quantum theory of radiation, Foreign Literature, Moscow.

[10]   Blohin, M.A. (1957) Physics of X-rays. Gostehizdat, Moscow.

[11]   Javorskij, B.M. and Detlaf, A.A. (1990) Director on physics. Science, Moscow.