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Neutron spectroscopy of condensed media

ОК 6

Обов’язкова дисципліна для ОП

Second

2021/2022

1 Semester

3

To know the main mechanisms of interaction of neutrons with matter Know the main neutron methods of studying the condensed state (small-angle scattering, quasi-elastic and inelastic scattering). Understand the concept of the generalized frequency spectrum of a condensed medium. To be able to analyze experimental data on neutron scattering in order to obtain information about the structure and dynamics of molecules in various types of condensed media. Be able to compare experimental data on neutron scattering with corresponding theoretical calculations and results of a computer experiment.

Full-time form

1. Know and be able to apply the methods of mathematical analysis and linear algebra within the limits that correspond to the level of a bachelor of physics. 2. To know and be able to apply the laws of equilibrium and non-equilibrium thermodynamics within the limits that correspond to the level of a bachelor of physics. 3. To know and be able to apply the methods of classical statistical mechanics of equilibrium systems within the limits that correspond to the level of a bachelor of physics. 4. To know and be able to apply the laws of optics within the limits that correspond to the level of a bachelor of physics. 5. To know and be able to apply the laws of nuclear physics within the limits that correspond to the level of a bachelor of physics.

The subject of the educational discipline "Neutron Spectroscopy of Condensed Media" includes the theory of neutron scattering, the theory of condensed media and experimental data on the properties of condensed media that can be obtained using neutron spectroscopy. The goal of studying the discipline is to obtain deep and systematic knowledge related to modern methods of neutron diagnostics of condensed environments, including medical and biological ones. The educational task of the course consists in familiarizing students with the main methods of neutron diagnostics: small-angle, quasi-elastic and inelastic neutron scattering.

1. Bulavin L.A. Neutron diagnostics of the liquid state of matter. – Chernobyl: Institute of NPP Safety Problems, 2012.- 532p. 2. Bulavin L.A., Kyzima O.A., Nosovskyi A.V. Neutron diagnostics of fullerene solutions. – Chornobyl (Kyiv region): Institute of Nuclear Power Plant Safety Problems, 2019. – 184 p. 3. Bulavin L.A., Kuklin O.I., Nosovskyi A.V., Solovyov D.V. Neutron and X-ray studies of lipid membranes. – Chernobyl (Kyiv region): Inst NPP safety problems, 2021. – 160 p. 4. Bulavin L.A., Avdeev M.V., Klyuchnikov O.O., Nagornyi A.V., Petrenko V.I. Neutronography of magnetic fluid systems. – Chernobyl (Kyiv region): Inst of NPP safety problems, 2015. – 244 p. 5. Boothroyd A.T. Principles of neutron scattering from condensed matter. - Oxford University Press, 2020. - 512 p. 6. Neutron Scattering - Applications in Biology, Chemistry, and Materials Science / Edited by Felix Fernandez-Alonso and David L. Price. – Academic Press, 2017. – 782 p.

The total volume is 92 hours, including: lectures - 30 hours; consultations - 2 hours; individual work - 60 hours

Student evaluation forms: - semester assessment: 1. Survey during the first content module (15 points). 2. Modular control work 1 (25 points). 1. Survey during the second content module (15 points). 2. Modular control work 2 (25 points). - final evaluation in the form of credit (20 points). A student is not allowed to take credit if he scored less than 40 points during the semester. The credit score cannot be less than 10 points to obtain an overall positive score for the course.

Ukrainian