List of Performed Works

Recent Project

Since the moment of creation of the Laboratory of the Oxide Crystals Physics in 1996, its team has completed more than 40 R&D works.

In particular, the following projects/grants were under fulfillment in 2017-2021:

1. Research project G4649 “New Dosimetry for the Triage of People Exposed to Ionizing Radiation” in framework of the NATO Science for Peace and Security Programme (2014-2017).
2. Research project G5647 “Determination of exposed dose and radioactive source identity in radiological emergency” in framework of the NATO Science for Peace and Security Programme (2019-2022).
3. Research grant “Development of the prototype of a system for emergency dosimetry at the sites of radiation disasters and terrorist attacks” under support of National Research Foundation of Ukraine on the results of the competition “Science for security and society” (2020-2021).
4. Research grant “Crystalline phosphors' engineering for biomedical applications, energy saving lighting and contactless thermometry” under support of National Research Foundation of Ukraine on the results of the competition “Supporting research of leading and young scientists” (2020-2022).
5. Research project ДБ/КМОН “Single crystalline and nanostructures materials for conversion of energy and radiation and for devices of electronics and sensorics” under support of Ministry of Education and Science of Ukraine (2015-2017).
6. Research project ДБ/ЕМШ “Modification and optimization of the functional properties of  the devices’ active elements based on complex oxide crystals for laser systems of 1.3…1.5 mm range” under support of Ministry of Education and Science of Ukraine (2016-2017).
7. Research project ДБ/РЗЕ “Nano-crystalline functional materials based on complex oxides of rare earth elements” under support of Ministry of Education and Science of Ukraine (2016-2017).
8. Research project ДБ/Рідер “Development of reader for personal passive OSL dosimetry of ionizing radiation based on the YAP:Mn2+ crystals” under support of Ministry of Education and Science of Ukraine (2017-2018).
9. Research project ДБ/Межа “Role of defects, diffusion processes and external influence in the formation of the oxide hetero-systems for functional electronics” (2018-2020).
10. Research project ДБ/Ферит “Multifunctional nano-crystalline materials based on substituted mixed ferrites, cobaltites, manganites and vanadites of rare earth” under support of Ministry of Education and Science of Ukraine (2018-2020).
11. Research project ДБ/Кінетика «Optically stimulated luminescence in dosimetric phosphor based on YAP:Mn” under support of Ministry of Education and Science of Ukraine (2019-2021).
12. Research project ДБ/Модус “Properties Controlling of the chalcogenide and oxide sensor materials by means of thermo-chemical nano-structural modification” under support of Ministry of Education and Science of Ukraine (2021-2023).
13. Bilateral Ukrainian-Indian research project “Modelling and characterization of Lithium Niobate (LiNbO3) based optical devices using surface geometric techniques for their applications in Integrated Optical Circuits (IOCs)” (2016-2017).
14. Bilateral Ukrainian-Latvian research project “Fabrication and investigation of ceramics from YAlO3:Mn nanopowders for the novel ionizing radiation dosimeters”» (2017-2018).
15. Bilateral Ukrainian-Germanian research project “Nanocrystalline piezoelectric compounds LiNb1–xTaxO3 for high temperature applications” (2019-2020).
16. ICDD grant “X-ray and synchrotron powder diffraction data for mixed perovskites” (2016-2017).
17. ICDD grant “X-ray powder diffraction data for mixed oxide functional materials” (2017-2018).
18. ICDD grant “X-ray powder diffraction data for new mixed oxide functional materials” (2018-2019).
19. ICDD grant “X-ray powder diffraction data for mixed oxide materials” (2019-2020).
20. ICDD grant “X-ray powder diffraction data of new mixed oxide and phosphate materials” (2020-2021).
21. ICDD grant “New mixed oxide and phosphate materials” (2021-2022).
22. Research contract “Investigation of the high temperature redox treatment effect on the Ca3TaGa3Si2O14 crystal optical properties” with Institut für Energieforschung und Physikalische Technologien, Goslar, Germany (2019).
23. Innovation project of Lviv Polytechnic National University “Development and fabrication of the acting mockup of the dosimetric OSL reader” (2018-2020).