Рабочая учебная программа по предмету Термодинамика и статистическая физика Область знаний: 100 000 Гуманитарная область

Requirements for the knowledge, skills and qualifications of students in the subject under study

The requirements for the knowledge, skills and qualifications of students in the course of studying the subject “Thermodynamics and Statistical Physics" are:

- must be able to apply to the phenomena of the microcosm the basic physical laws, their place in practice, the essence of physical quantities, dimensions and their comparison, the basic physical laws and principles related to the field of thermodynamics and statistical physics;
- solve and analyze problems at the required general level; calculation of problems and results of experiments in thermodynamics and statistical physics in various systems of units of measurement must have the qualification of applying methods of mathematical calculation;
- must have the skills to apply the laws and formulas of thermodynamics and statistical physics to non-standard questions;


Distribution of the allocated hours for the topics covered and their types of activities.

№	Topic and its content	Total	Lecture	Practice	individual work
1	Introduction. The problem of statistical physics	14	4	4	6
2	General methods of statistical mechanics	14	4	4	6
3	Statistical and phenomenological thermodynamics	14	4	4	6
4	Systems of variable number of particles	14	4	4	6
5	Statistical theory of ideal systems	14	4	4	6
6	Statistical theory of non-ideal systems	14	4	4	6
7	The fluctuation theory	14	4	4	6
8	Thermodynamics of nonequilibrium processes	14	4	4	6
9	Physical kinetics	16	4	6	6
10	The kinetic equation	16	4	6	6
	Total	216	67	68	81

Calendar plan of practical classes of the subject

№	The theme of the lectures	hours
1	Introduction	2
2	Quasi-connected systems	2
3	Feature of the Gibbs distribution	2
4	Internal energy of the macroscopic system.Thermodynamic process	2
5	The method of thermodynamic potentials.	2
6	The third law of thermodynamics. The particle system variable numbers	2
7	Large statistical sum	2
8	Gibbs ' phase rules . Phase transitions of the second kind	2
9	An ideal monatomic quantum gases. Bose – Einstein and Fermi – Dirac statistics	2
10	The heat capacity of the degenerate electronic gas	2
11	Equilibrium radiation. Einstein and Debye theory
12	Non-ideal monatomic classical gas	2
13	Correlation function and state equations. Equations and energy state	2
14	Plasma	2
15	Small fluctuations in thermodynamic systems. Fluctuations of thermodynamic quantities	2
16	Fluctuation in a photonic gas	2
17	Local equilibria. Linear laws	2
18	Physical characteristics of the Brownian motion	2
19	Equation Smokorowski. The kinetic equation and the classical balance	4
20	The kinetic Bogolyubov equation. Kizilaslan Vlasov equation	4
	Total	68

Content and scope of independent education of students.

Chapters and topics included in the working curriculum for independent education.	Tasks and recommendations for independent education.	Term of execution	Volume (hours)
Introduction	Synopsis	1-week
Quasi-connected systems	The study of the laws	2-week	2
Feature of the Gibbs distribution	Making a model	3-week	2
Internal energy of the macroscopic system	Making a model	4-week	2
Thermodynamic process	Synopsis	5-week	2
The method of thermodynamic potentials.	Preparation of the abstract	6-week	2
The third law of thermodynamics	Synopsis	7-week	4
The particle system variable numbers	practical value	8-week	4
Large statistical sum	practical value	9-week	4
Gibbs ' Phase Rules	Preparation of the abstract	10-week	4
Phase transitions of the second kind	Synopsis	11-week	4
An ideal monatomic quantum gases	Preparation of the abstract	12-week	6
Bose – Einstein and Fermi – Dirac statistics	Study of practical significance	13-week	6
The heat capacity of the degenerate electronic gas	Preparation of the abstract	14 - week	6
The equilibrium radiation	Making a model	15 - week	6
Einstein and Debye theory	Making a model	16-week	6
Total:			81

Amount of training load

№	Type of classes	Dedicated hours
		7-semester	8-semester	Total
1	Lecture	20	20	67
2	Practice	22	22	68
3	Self-educational work	30	30	81
	Total:	72	72	216

Rating board

70 баллов

30 баллов

Лекция

Практика

Самообразов.

текущий контроль

промежуточный контр.

Итоговый

практика

самообраз.

Лекция

самообраз

кол-во

баллов

всего

кол-во

баллов

всего

кол-во

баллов

всего

кол-во

баллов

всего

Thermodynamics and statistical physics

67

68

81

1

25

25

1

10

10

1

25

25

1

10

10

письменно