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Information × Registration Number 0222U001691, 0117U002612 , R & D reports Title Fundamental processes determining the properties of the physical objects and the newest electronics, photonics and spintronics materials. popup.stage_title Head Yatsenko Leonid Petrovych, Доктор фізико-математичних наук Registration Date 31-01-2022 Organization Institute of Physics of National Academy of Sciences of Ukraine popup.description2 The aim of the research was to study the fundamental processes that determine the electrical, magnetic, optical, adsorption and transport properties of the new materials and physical objects for modern electronics, optoelectronics, photonics and spintronics. The nowadays experimental methods were used to clarify the physical mechanisms of processes. In theoretical research and computer calculations, techniques were used that ensure sufficient accuracy and reliability of results. Fundamental physical processes that determine the optical, electrical, magnetic transport, adsorption and structural properties of the latest materials promising for use in modern electronics, optoelectronics, photonics, spintronics – nanocomposites and heterostructures, thin structures systems of inorganic, organic and biological origin, colloids have been studied; new physical principles of using laser radiation to create nanoobjects and nanosystems, to control the motion of atoms and molecules, to form clusters and nanoparticles by pulsed laser ablation of a solid in a liquid, for photoorientation of thin layers of liquid crystals were developed; new information on the regularities of defects migration processes in bulk semiconductors and nanostructures was obtained; adsorption and catalytic processes on the modified surface of refractory metals with the participation of oxygen and nitric oxide were studied; physical processes and phenomena that determine the efficiency of gas-discharge systems for the synthesis of new substances and materials were studied experimentally and theoretically; supramolecular aggregates of biological molecules, important for understanding the physical principles of functioning of biological systems, have been studied with the help of computer modeling and spectroscopic methods. These fundamental results can be used to develop practical recommendations and create the physical foundations of new electronic and ionic technologies, including nanotechnologies. Product Description popup.authors Ezhov Pavlo Valentynovych Ilchishin Igor Pavlovych Balakin Dmytro Yuriyovich Bezrodnyi Volodymyr Ivanovych Blonskyi Ivan Vasyl’jvych Bondar Mykhailo Vitaliyovuch Braun Oleg Mykhaylovych Brodyn Mykhailo Semenovych Vajnberg Viktor Volodymyrovych Gavrilko Tetyana Anatoliivna Gnatenko Yuriy Pavlovych Gnatyuk Ivan Ilarionovych Goncharov Oleksiy Antonovich Gorishnyi Myron Petrovych Dmytruk Andrij Mykolajovych Dobrovolʹsʹkyy Andriy Mykolayovych Dovbeshko Galina Ivanovna Kadan Viktor Mykolaiovych Kadashchuk Andrey Konstantynovych Marchenko Oleksandr Anatoliyovych Melnyk Volodymyr Ivanovich Morozovs’kyi Mykola Volodymyrovych Nazarenko Vassili Gennadievych Naumovez Anton Grigorovich Nehriiko Anatolii Mykhailovych Nych Andrij Bogdanovych Odulov Sergii Georgiiovych Ostapenko Nina Ivanivna Pashitsky Ernst Anatoliyovych Petrova Natalia Viktorivna Poroshin Volodymyr Mykolayovich Protsenko Ivan Makarovych Romamnenko Viktor Ivanovych Semenov Oleksij Volodymyrovych Smirnova Tatiana Nikolaevna Sologub Sergii Vasyl’jvych Starkov Viacheslav Mykolaiovych Tomchuk Petro Mykhaylovych Fedorus Oleksii Grygorovych Tsiolko Vyacheslav Volodymyrovych Shymanovska Valentyna Vasyliivna Shumelyuk Olexandr Mykolayovych Yaroshchuk Oleg Vasylyovych Yaskovets Ivan Ivanovych Yatsenko Leonid Petrovych popup.nrat_date 2022-03-09 Close