Infopaket

Physics of low-dimensional carbon systems, fullerenes and nanotubes

ВК 15

Вибіркова дисципліна для ОП

First

2022/2023

8 Semester

4

Know regularity of the formation of low-dimensional graphite structures; mechanisms of formation of kinetic properties of low-dimensional graphite materials with different degree of structural perfection and their connection with structural characteristics; regularities of change of kinetic properties at intercalation of graphite materials with various degree of structural perfection. Determine the parameters of the crystal structure of low-dimensional graphite materials according to X-ray diffraction. To study the kinetic properties of graphite materials. Evaluate the accuracy of measurements

Full-time form

Knowledge from the courses "Thermodynamics and Molecular Physics", "Electricity and Magnetism", "Quantum Mechanics", "Electronic Structure of Solids", "Physical Materials Science". Knowledge of higher mathematics courses and the ability to apply them to calculations. Ability to conduct a physical experiment, work with electrical measuring devices. Knowledge of error theory, ability to assess measurement accuracy.

The purpose of the discipline is to obtain deep and systematic knowledge in the field of physics of low-dimensional carbon systems, including graphite composites and nanoscale carbon structures, mastering modern experimental and theoretical methods of research and description of physical properties of low-dimensional graphite materials. The course includes consideration of issues such as crystal and electronic structure and obtaining methods of low- dimensional graphite materials with varying degrees of structural perfection and intercalated compounds based on them; kinetic properties of graphite materials with varying degrees of structural perfection and intercalated compounds based on them; structure and obtaining methods of nanosized shell and filamentary carbon structures. 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

1. 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. 2. I.G. Chernysh, I.I. Karpov, G.P.Prychodko, V.M.Shaj. Physical and Chemical Properties of Graphite and its compounds. К.: “Naukova Dumka” Publishing House, 1990, 200 p. 3. M.O.Borovyy, I.V.Ovsiienko. X-ray Diffractometry of Nanostructured Materials. Vinnytsia. «Nilan Ltd» 2018- 86 p. 4. 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. 5. M.O.Borovyy, Yu.A.Kunytckyy, O.O.Kalenyk, I.V.Ovsiienko, T.L.Tcaregradska. Nanomaterials, Nanotechnology, Nanodevices: Textbook. – Кyiv. Interservice, 2015, 350 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), semester credit. The final grade is set on the basis of intermediate grades (60%) and the semester credit (40%). A student is not allowed to take the semester credit if he / she scored less than 36 points during the semester. The grade for the semester credit cannot be less than 24 points to get an overall positive grade for the course.

Ukrainian