Infopaket

Physics of gases and liquids

ВК8

Вибіркова дисципліна для ОП

First

2021/2022

7 Semester

7

1. Knowledge of modern experimental methods of gas and liquid research. 2. To be able to logically and consistently formulate the main principles and laws of thermodynamics and statistical physics for the study of equilibrium and non-equilibrium properties of gases and liquids. 3. Knowledge of modern methods of computer modeling of gases and liquids. 4. Knowledge of the basic provisions of Mayer's method for calculating the thermodynamic properties of real gas. 5. Be able to analyze experimental data on light scattering in order to obtain information about molecular characteristics. 6. Be able to analyze experimental data on X-ray scattering in order to obtain information about the molecular structure of liquids. 7. Knowledge of the basic provisions of the method of distribution functions for calculating the molecular structure and thermodynamic properties of liquids. 8. Knowledge of the main model theories of gaseous and liquid states of matter.

Full-time form

1. Know and be able to apply the methods of mathematical analysis and linear algebra within the limits of the relevant courses taught at the Faculty of Physics. 2. Know and be able to apply the laws of equilibrium and non-equilibrium thermodynamics. 3. To know and be able to apply the methods of classical statistical mechanics of equilibrium systems. 4. To know and be able to apply the laws of optics within the limits of the relevant courses taught at the Faculty of Physics. 5. To know and be able to apply the laws of atomic physics within the limits of the relevant courses taught at the Faculty of Physics.

The course "Physics of Gases and Liquids" deals with the thermodynamic and statistical theory of liquid and gaseous states of matter and experimental methods of researching equilibrium and non-equilibrium properties of gases and liquids. The goal of studying the discipline is to master modern experimental methods of studying the molecular structure and physical properties of gases and liquids; methods of thermodynamics, hydrodynamics, statistical physics, computer modeling, theoretical positions and basic applications of these methods in setting up and interpreting the results of experiments. The educational objective of the course is to expand theoretical knowledge and develop practical skills of students regarding experimental methods of determining the main physical characteristics of gases and liquids.

1. Schirmacher W. Theory of liquids and other disordered media. A short introduction. – Lecture notes in Physics. Volume 887. - Springer International Publishing Switzerland 2015. - 167 p. 2. Adamenko I.I., Bulavin L.A. Physics of fluids and fluid systems. - K.: ASMI, 2006. - 660 p. 3. Bulavin L.A., Verbinska H.M., Havryushenko D.A. Physics of gases. - K., 2021. - 297 p. 4. Hirata Fumio. Exploring life phenomena with statistical mechanics of molecular liquids. - CRC Press, 2020. - 299 p. 5. Kjellander R. Statistical mechanics of liquids and solutions. Intermolecular forces, structure and surface interactions. Volume 1. - CRC Press, 2019. - 497 p.

The total volume is 210 hours. , including: Lectures – 84 hours. Consultations - 6 hours. Independent work - 120 hours.

- semester assessment: 1. Modular control work 1 (5 points-9 points). Doing homework (2 points-3 points). Oral answer (2 points-3 points). 2. Modular control work 2 (5 points-9 points). Doing homework (2 points-3 points). Oral answer (2 points-3 points). 3. Modular control work 3 (5 points-9 points). Doing homework (2 points-3 points). Oral answer (2 points-3 points). 4. Modular control work 4 (5 points-9 points). Doing homework (2 points-3 points). Oral answer (2 points-3 points). - final evaluation in the form of an exam A student is not admitted to the exam if he scored less than 36 points during the semester. The exam grade cannot be less than 24 points to receive an overall positive grade for the course.

Ukrainian