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Physics of nanosized carbon systems

ВБ 4.1

Вибіркова дисципліна для ОП

Second

2021/2022

3 Semester

6

Know regularity of the formation, structure and properties of nanosized carbon systems; methods of obtaining nanocarbon structures and nanocomposite materials based on them; basic methods of studying the structure, transport and magnetic properties of nanocarbon systems. Be able to experimentally determine the structure and phase composition of nanocarbon systems according to data of X-ray diffraction, electron microscopy and Raman spectroscopy; to conduct a comprehensive analysis of experimental data on the structural and phase composition and transport, magnetic and mechanical properties of nanocarbon materials. Develop the skills of independent study of scientific literature and other sources of scientific information. Be able to critically comprehend the sources of scientific information, assess the value of information sources and their adequacy.

Full-time form

Knowledge from the courses "Thermodynamics and Molecular Physics", "Electricity and Magnetism", "Quantum Mechanics", "Electronic Structure of Solids", "Physical Materials Science", "Low-Dimensional Carbon Structures and Composites". Knowledge of higher mathematics courses and the ability to apply them to calculations. Knowledge of error theory, ability to assess measurement accuracy.

The purpose of the discipline is to obtain deep and systematic knowledge of the physics of nanosized carbon systems, learning the regularities of the formation mechanisms of nanosized carbon systems of various dimensions and their properties. In the terms of discipline, the structure features of nanocarbon systems, thermodynamic and chemical conditions for obtaining nanosized carbon materials, processes of physical and chemical modification of nanocarbon materials and the creation of nanocomposite materials based on them, methods of studying structural and phase composition, transport and magnetic properties of nanocarbon materials are considered. The study of the discipline focuses on learning the means and methods of solving specific problems of professional activity, developing skills of independent study of scientific and technical literature, acquiring the ability to formulate practical problems taking into account their physical nature; development of scientific worldview.

1. M.O.Borovyy, Yu.A.Kunytckyy, O.O.Kalenyk, I.V.Ovsiienko, T.L.Tcaregradska. Nanomaterials, Nanotechnology, Nanodevices: Textbook. – Кyiv. Interservice, 2015, 350 p. 2. I.V.Ovsiienko, L.L.Vovchenko, L.Yu.Matzui, T.A.Len. Thermodynamics of Graphite Intercalation Compounds Scientific monograph - Vinnytsia. Ltd "Tvory", 2020. - 128 p. 3. O.A.Lazarenko, L.L.Vovchenko, I.V.Ovsiienko, L.Yu.Matzui. Polymer Composites Nanocarbon - Metal: Scientific monograph - Vinnytsia. Ltd "Tvory”, 2018. – 200 p. 4. M.O.Borovyy, I.V.Ovsiienko. X-ray Diffractometry of Nanostructured Materials. Vinnytsia. «Nilan Ltd» 2018- 86 p. 5. I.V.Ovsiienko, L.L.Vovchenko, L.Yu.Matzui. Carbon materials and Intercalation compounds based on them. Textbook. “Naukova Dumka” Publishing House, National Academy of Sciences of Ukraine, 2009, 129 p.

Lectures, laboratory work, independent work, consultations.

Interviews during the lecture (16 points), control works at the end of content modules (20 points), defense of laboratory work (24 points), exam. The final grade is set on the basis of intermediate grades (60%) and the exam (40%). A student is not allowed to take the exam if he / she scored less than 36 points during the semester. The grade for the exam cannot be less than 24 points to get an overall positive grade for the course.

Ukrainian