Curriculum vitae

Studied in Kyiv State University named by T.G.Shevchenko at physics department (1970-75). From 1975 works at experimental physics division of physics department of Kyiv National Taras Shevchenko University at positions: senior laboratory assistant (1957-1982), senior engineer (1982-1984), junior researcher (1984-1988), researcher (1988-2001), senior researcher (2001-2003), leading researcher. In 2003 received the title of senior researcher.
In 1988 has defended PhD theses “Irradiating electron transitions in crystals IAG, excited by X-rays”, in 2001 – Dr.Sc. theses “Kinetics of electron excitations dispersion at X-ray irradiation”.
Specialist in the field of X-ray luminescence investigations of semiconductors and dielectrics. Has developed the main theses of kinetic theory of X-ray luminescence and X-ray conductivity.
Main scientific direction – peculiarities of X-ray excitation of luminescence and conductivity in different semiconducting and dielectric materials. The aim of the work – the development of general kinetic theory of X-ray luminescence and X-ray conductivity of crystalophosphors.
He is an author of about 70 scientific publications, 1 invention.

Publications

1. Degoda V.Ya. Kinetic model of crystal luminophors X-ray luminescence // Functional Materials. – 2002. – V.9, No.2.
2. V.Ya.Degoda, O.S.Svechnikova, S.P.Senchurov. The influence of the surfactant solution on the photoluminescence of the keratin biopolymers (human hair). 4th International Conference “Physics of liquid matter: modern problems” (PLMMP-2008), May 23-26, 2008, p.199.
3. Degoda V.Ya., Sofienko A.O., Shilov D. Generation of the electronic excitations under thermalization of high-energy electron in liquid phosphors. 4th International Conference “Physics of liquid matter: modern problems” (PLMMP-2008), May 23-26, 2008, p.210.
4. V.Ya.Degoda, A.O.Sofiienko. X-ray induced conductivity of ZnSe sensors at high temperatures. Radiation Measurements. - 2012.- v.47, №1.- P.27-29.
5. V.Ya.Degoda, A.O.Sofiienko. V.N.Kilin. Basic model of the stationary X-ray induced conductivity of wide-gap semiconductors. Global J. Frontier Research Physics & Space Science. - 2012. - v.12, №3.- P.9-11.
6. D.M. Chernyak F.A.Danevich V.Ya.Degoda. Optical, luminescence and thermal properties of radiopure ZnMoO4 crystals user in scintillating bolometers for double beta decay search. Nuclear Instruments and Methods in Physics Research A. (2013), vol.729, No21? P. 856–863. (IF=1,142)
7. Degoda V.Ya., Sofiienko A.O. Effect of traps on current impulse from X-ray induced conductivity in wide-gap semiconductors // Physica B. - 2013.- v.426.- P. 24-30. (IF=1.135)
8. V.Ya.Degoda, A.O.Sofiienko. Effect of traps on current impulse from X-ray induced conductivity in wide-gap semiconductors // Physica B. – 2013. – Vol.426. – P.24-30.
9. M.S.Brodin, V.Ya.Degoda, B.V.Kozhushko, A.O.Sofiienko, V.T.Vesna. Monocrystalline ZnSe as an ionising radiation detector operated over a wide temperature range // Radiation Measurements. – 2014. – Vol.65. – P.36-44.
10. V.Degoda. Kinetics of X-ray Luminescence and Conductsvsty. Accumulation Light Sum on Traps // Book of Conference Proceeding OMEE. – 2014. – P.41-42.
11. N.Yu.Pavlova, V.Ya.Degoda, G.P.Podust. Ratio of Intensities of Phosphorescence and Thermally Luminescence Intensity with a Stationary X-ray Luminescence // Book of Conference Proceeding OMEE. – 2014. – P.263-264.
12. V.Ya.Degoda, Ya.P.Kogut, F.A.Danevich, V.I.Tretyak, V.N.Shlegel, I.M.Ivanov, E.P.Makarov, S.G.Nasonov, Ya.V.Vasiliev, V.N.Zhdankov, P.de Marcillac, N.Coron, L.Torres, A.Giuliani, M.Velazquez. X-ray Luminescence of ZnMoO4 Crystals Developed in the Framework of the LUMINEU // Program. Book of Conference Proceeding OMEE. – 2014. – P.265-266.
13. V.Ya.Degoda, N.Yu.Pavlova, G.P.Podust, A.O.Sofiienko. Spectral structure of the X-ray stimulated phosphorescence of monocrystalline ZnSe // Physica B: Condensed Matter. – 2015. – V.465. – P.1-6.
14. V.Ya.Degoda, V.G.Pivovarenko, I.M.Moroz, D.Yu.Shilov.Concentration dependence of the X-ray luminescence in liquid phosphors // J. Luminescence. – 2015. – V.165. – 13301, P.174-178.
15. D.M.Chernyak, F.A.Danevich, V.Ya.Degoda, A.Giuliani, I.M.Ivanov, Ya.P.Kogut, H.Kraus, B.N.Kropivyansky, E.P.Makarov, M.Mancuso, P. de Marcillac, V.B.Mikhailik, V.M.Mokina, I.M.Moroz, S.G.Nasonov, O.Plantevin, D.V.Poda, V.N.Shlegel, M.Tenconi, V.I.Tretyak, M.Velazquez. Effect of tungsten doping on ZnMoO4 scintillating bolometer performance // Optical Materials. – 2015. – Vol.49. – N.11. – P.67-74.