• Optical-luminescent and electrophysical properties of cadmium halide compounds

1. Novosad I. Argentum dopant’s influence on the optical and electrophysical characteristics of cadmium iodide / I. Novosad, B. Kalivoshka // Luminescence detectors and transformers of ionizing radiation (LUMDETR 2012) : book of abstracts of 8th International conf., September 10–14, 2012. – Halle (Saale), Germany, 2012. – P. P-Tue-06.
2.  Novosad I. The influence of iodine impurity on the spectral and kinetic characteristics of CdBr₂ crystals / I. Novosad, S. Novosad, B. Kalivoshka // The XVIIIth International Seminar on Physics and Chemistry of Solids (ISPCS), 12–15 September 2012: book of abstracts. – Lviv, Ukraine, 2012. – P. 96.
3. Time dependence of the luminescence intensity in CdBr₂: AgCl, PbBr₂ crystalsunder N₂-laser excitation at room temperature I.M Bolesta, BM Kalivoshka, I.D Karbovnyk, V.M Lesivtsiv, I.S Novosad,. Materials Science-Poland 32 (4), 604-609, 2014.
4.  Effect of Preparation Conditions and Impurities on the Spectral Characteristics of Cadmium Iodide I. Novosad, B. Kalivoshka, S. Novosad, A. Vas’ kiv.   XIth International Scientific and Practical Conference on Electronics and Information Technologies (ELIT), 291-294, 2019.
5. Thermo-and X-ray stimulated electrical processes in CdI2 scintillators
6. Photostimulated processes in CdBr2: Cu, Pb and CdBr2: Ag, Pb crystals
7. Effect of Iodine Doping on the Spectral Characteristics of the Photochromic Material CdBr2: Ag
8. Time dependence of the luminescence intensity in CdBr₂: AgCl,PbBr₂ crystals under N₂-laser excitation at room temperature
9. Luminescent and photochemical processes in CdBr₂ : AgCl crystals
10. Effect of photochemical transformations on the roentgeno-and thermoluminescence in Ag-doped CdBr2 crystals
11. Processing Sensor Signal Under Low Values of Signal to Noise Ratio
12. Thin Ag films as transparent conductors

Date of birth: 17.02.1974

Education: 1991-1996 – studied at the physical faculty of Lviv State University named after Ivan Franko.
Postgraduate studies: 1996-2002. – Lviv National University named after Ivan Franko (full-time education).
Dissertation for obtaining the scientific degree of Candidate of Science. physics and mathematics N.:
Optical and electrophysical properties of photosensitive materials based on cadmium halide compounds (specialty 01.04.10 – physics of semiconductors and dielectrics, 2011).

Employment:
2003-2006 – senior laboratory technician of the General Physics Laboratory, Department of Physical and Biomedical Electronics, Faculty of Electronics, Lviv National University named after Ivan Franko.
2006-2010 – master of industrial training of the Department of Physical and Biomedical Electronics, Faculty of Electronics, Lviv National University named after Ivan Franko.
2010-2020 – head of the laboratory of general physics, department of physical and biomedical electronics, faculty of electronics and computer technologies, Lviv National University named after Ivan Franko.
2020-2022 – head of the electronic systems laboratory of the Department of Physical and Biomedical Electronics, Faculty of Electronics and Computer Technologies, Lviv National University named after Ivan Franko, as well as a part-time teacher at the Pedagogical College of Lviv National University named after Ivan Franko.
From September 2022 – Associate Professor of the Department of Radiophysics and Computer Technologies, Faculty of Electronics and Computer Technologies, Lviv National University named after Ivan Franko.

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