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I am an assistance lecturer at Tomsk Polytechnic University (TPU). I studied Physics at TPU for 4 years and received Bachelor Degree in 2011. I received Master Degree in Physics in 2013 at TPU. My Master Degree final work was on “Investigation of X-ray irradiation on hydrogen redistribution in commercially pure titanium alloy”. I have a background in field of hydrogen interaction with metals and irradiation interaction with solids. I have optimized method for metal samples preparation with requisite hydrogen concentration. I have worked on influence of zirconium modification by pulsed electron beam on the hydrogen sorption behavior. I have published over 40 peer-reviewed journal, international conferences and symposia papers.
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Currently, V. N. Kudiyarov works as an associate professor in the Department of Experimental Physics at the School of Nuclear Science and Technology at the National Research Tomsk Polytechnic University. His teaching activities include conducting practical classes and lectures in the following disciplines: "Experimental Methods in Condensed Matter Research", "Instruments and Methods for Analyzing Hydrogen-Containing Systems", and "Professional Training in English". He is a scientific supervisor for undergraduate students (2 students from the People's Republic of China and 2 students from the Russian Federation) and for master's students (1 student from the People's Republic of China and 3 students from the Russian Federation). Currently, he supervises 5 postgraduate students studying in the scientific specialty 1.3.8. Condensed Matter Physics. Under the scientific supervision of V. N. Kudiyarov, Russian and international students are actively engaged in scientific activities, participate in conferences and competitions, become winners and prize-winners of international and Russian conferences, competitions, and scholarships.
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V.N. Kudiyarov participates in the university's development programs, in particular, he is the head of the Strategic Technology Project "Technologies of Advanced Materials for Energy and Related Industries" within the framework of the state technological leadership program "Priority 2030". The applicant carries out productive partnerships within the university, working jointly with the Department of Experimental Physics, the Laboratory of Advanced Materials and Hydrogen Energy Systems Safety, participates in scientific research conducted in collaboration with research groups from other universities, scientific organizations and industry institutes, in particular from the Moscow Power Engineering Institute and the Joint Institute for High Temperatures (in the field of development and creation of materials and systems for metal hydride hydrogen storage), the Belarusian State University and the High-Tech Research Institute of Inorganic Materials named after Academician A. A. Bochvar of the State Corporation Rosatom (in the field of development of protective chromium coatings on the surface of fuel element claddings made of zirconium alloys), Shanghai University and the Research Institute of Electrophysical Equipment named after D. V. Efremov of the State Corporation Rosatom (in the field of development of software and hardware systems for studying the interaction of hydrogen with materials and the creation of composites based on magnesium hydride).
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