Physics and Thermophysics of nuclear power plants

Thermophysics

The aims of the study of the discipline "Chemistry" are deepened of existing ideas and generate new knowledge and skills in the field of chemistry. This knowledge is essential for understanding and finding solutions to modern technological, environmental and raw material problems of the nuclear industry. Feature of the program is the fundamental nature of its presentation. It is necessary for the formation of common cultural and bachelors of general competencies, attitudes and development of chemical thinking. The course examines the electron theory of atomic structure, the theory of chemical bond, elements of chemical thermodynamics, chemical elements and their basic compounds, including elements of nuclear energy, methods of segregation, purification and identification of substances.
The theoretical part of the discipline is presented in the lecture course. Acquired knowledge is fixed on laboratory studies, which are formed on the skills of responsible attitude to the substance. Self-study includes work with textbooks, manuals and reference materials, preparation for practical classes, homework, preparing for tests and writing essays.

Б1-ЕНМ.Б.9, Б1-ЕНМ.Б.9

The course is an extension of linear algebra analytic geometry, which studies the following sections: a system of linear algebraic equations; linear, Euclidean and unitary spaces; linear operators and matrices; linear, bilinear, sesquilinear and quadratic forms. This discipline provides the basis for the development of both mathematical and a number of physical partitions.

Б1-ЕНМ.В.5

In the course of Analytical geometry the theoretical and practical issues of the following topics: vector algebra, straight line in plane, plane and straight line in space, of lines and surfaces of the second order; and the beginning of linear algebra (matrices and determinants). This discipline is an integral basis for the study of some mathematical and physical courses.

Б1-ЕНМ.Б.12, Б1-ЕНМ.Б.12

The course "Differential and Integral Equations" examines theoretical and practical issues of the following sections: Lyapunov stability, partial differential equations of the first order, Fourier series and integrals, integral Volterra equations and Fedgolma, Sturm-Liouville problem.
The development of this discipline is the basis for the study of mathematics and physics courses such as "The equations of mathematical physics."

Б1-ЕНМ.В.10, Б1-ЕНМ.В.10

The fundamental science – ecology and the problems of environmental protection are studied in this course. The basic global environmental problems of humanity are discussed. The problems of the interaction of person with an environment at various stages of society development, the modern concepts of sustainable development are considered. The spatial power expansion of the person in biosphere, as well as the prospects of resource supply of humanity in the future are stated. Perspective directions of ecological researches are resulted.
The MEPhI’ teachers see the problem not only to give the students a necessary complex of knowledge of general and applied ecology, but as well as to educate the ecological outlook necessary for technical experts of XXI century because the role of ecological requirements at creation of new technologies and functioning of technical systems constantly grows.
The description of ecological aspects of considered problems are close connected with studying the basic specialized subjects of our university and are focused on training of experts for the nuclear industry.
Besides the solution of the problem of the general ecological education of the university graduates, it allows to raise and expand directly the level of training of experts for the nuclear industry and science.

Б1-ЕНМ.Б.10, Б1-ЕНМ.Б.10

In the course "equations of mathematical physics focuses on mathematical models of basic physical processes, oscillations, thermal conductivity, heat-mass transfer; establishes the correctness of the productions of boundary and initial-boundary value problems for various types of partial differential equations describing different physical phenomenon.

Б1-ЕНМ.В.9, Б1-ЕНМ.В.9

The working curriculum of discipline "General Physics (Atomic physics)" is prepared in according to the state requirements to a minimum of the contents and level of training of the graduate on this specialty / direction.The course is part of the naturally scientific module, and provides students the competence, the development of which requires modern natural philosophy and scientific thought.Within this course the students learn skills / ability to work with the physical instruments and equipment.

Б1-ЕНМ.В.7, Б1-ЕНМ.В.7

The working curriculum of discipline «General Physics (Electricity and Magnetism)» is prepared in according to the state requirements to a minimum of the contents and level of training of the graduate on this specialty / direction.The course is part of the naturally scientific module, and provides students the competence, the development of which requires modern natural philosophy and scientific thought.Within this course the students learn skills / ability to work with the physical and electro technical instruments and equipment. As part of the physics course, students study the following sections:The electric field in vacuum and the substanceThe magnetic field in vacuum and the substanceElectromagnetic phenomena

Б1-ЕНМ.Б.6, Б1-ЕНМ.Б.6

The working curriculum of discipline " General Physics (Mechanics)" is prepared in according to the state requirements to a minimum of the contents and level of training of the graduate on this specialty / direction.The course is part of the naturally scientific module, and provides students the competence, the development of which requires modern natural philosophy and scientific thought.Within this course the students learn skills / ability to work with the physical instruments and equipment.

Б1-ЕНМ.Б.4, Б1-ЕНМ.Б.4

The working curriculum of discipline "General Physics (molecular physics and the basis of statistical thermodynamics)" is prepared in according to the state requirements to a minimum of the contents and level of training of the graduate on this specialty / direction.The course is part of the naturally scientific module, and provides students the competence, the development of which requires modern natural philosophy and scientific thought.Within this course the students learn skills / ability to work with the physical instruments and equipment.As part of the physics course, students study the following sections:Mechanical oscillationsMolecular physics and statistical thermodynamics

Б1-ЕНМ.Б.5, Б1-ЕНМ.Б.5

The working curriculum of discipline " General Physics (Waves and Optics)" is prepared in according to the state requirements to a minimum of the contents and level of training of the graduate on this specialty / direction.The course is part of the naturally scientific module, and provides students the competence, the development of which requires modern natural philosophy and scientific thought.Within this course the students learn skills / ability to work with the optical instruments and equipment.

Б1-ЕНМ.Б.7, Б1-ЕНМ.Б.7

The discipline enables one to get programming skills on the imperative high-level programming language ANSI/ISO C, to master the structural methodology of programming, to learn the ways of creating information processing algorithms, to develop algorithmical thinking.

Б1-ЕНМ.Б.8, Б1-ЕНМ.Б.8

Foundation of nuclear physics Nuuclear propertiesRadioactivity phenomenon Radioacrive decay laws. Sorts of radioactivity Nuclear models. Nuclearr reactions and thir description.Nucleai fission Foundations of nuclear radiation interaction with matter..

Б1-ЕНМ.В.8, Б1-ЕНМ.В.8

The Linear algebra course is a continuation of Analytic geometry, which studies the following topics: systems of linear algebraic equations; linear, Euclidean, and unitary spaces; linear operators and their matrices; linear, bilinear, polutorapolnye and quadratic forms. This discipline provides the basis for mastering both mathematical and physical sections.

Б1-ЕНМ.В.5

""The course" Differential calculus "is the beginning of the discipline Mathematical analysis This course examines theoretical and practical issues of the following sections:. Limit of the sequence, limit and continuity of functions, differentiable functions.
The results of the development of this discipline is closely linked with all the studied further mathematics courses. For its study is necessary to hold sections of elementary mathematics in secondary school. The development of the course "Mathematical Analysis" is required for all subsequent physical and mathematical and engineering courses.

Б1-ЕНМ.Б.1, Б1-ЕНМ.Б.1

In the course of “Numerical methods” the basic concepts of the classical numerical methods for solving applied problems are discussed. The course includes such sections as the methods for solving the system of algebraic equations, the methods for solving nonlinear and transcendent equations, the methods of interpolation, numerical differentiation and integration, the methods for solving the Cauchy problem for the ordinary differential equations and the methods for solving the boundary value problem for ordinary and partial differential equations.

Б1-ЕНМ.В.3, Б1-ЕНМ.В.3

The work program sets out the goals, objectives, content and place of discipline "Differential Equations" in the structure of the PLO VPO, a teaching and logistical support of the discipline, as well as the student's competence, formed the discipline

Б1-ЕНМ.Б.3, Б1-ЕНМ.Б.3

The discipline is devoted to the fundamentals of probability theory and mathematical statistics. The main themes are: basic concepts and theorems of probability theory; fundamental laws of distribution of random variables; correlation theory, basic concepts of mathematical statistics, methods of collecting, processing and analysis of statistical data, technology of hypotheses testing, methods of correlation and regression analysis.

Б1-ЕНМ.В.1, Б1-ЕНМ.В.1

Two-semester course non-relativistic quantum mechanics is part of the cycle fudamentalnogo main sections of theoretical physics studied by students of the Faculty of ETF MEPhI in 4-7 semesters. The course is based on the classic textbook LD Landau and EM Lifshitz and include a statement of how the principles of quantum mechanics, as well as a significant number of applications. The presentation and the volume of material designed for the training of specialists involved in research in experimental and theoretical physics.

Б1-ЕНМ.В.2, Б1-ЕНМ.В.2

The single semester course "Statistical physics" is part of fundamental program of theoretical physics studied by students of the faculty of NRNU MEPhI. The course is based on the classic textbook by L. D. Landau and E. M. Lifshitz, and includes a basic principles of statistics and a significant number of its applications. The presentation and the volume of material is designed to prepare professionals engaged in research work in experimental and theoretical physics.

Б1-ЕНМ.В.4, Б1-ЕНМ.В.4

In the course of "Theory of functions of a complex variable" study the following sections: operations on complex numbers; continuity, differentiability and integrability of the functions of a complex variable; Taylor series and Laurent; deduction theory and its application; Laplace transform.

Б1-ЕНМ.В.6, Б1-ЕНМ.В.6

The course of “Theoretical mechanics” contains fundamental principles of classical mechanics. Based on the law of least action, Lagrange equations are deduced, conservation laws are formulated, one-dimensional and central field motion and in particular Kepler problem are discussed. A scattering cross-section concept is introduced and the problem of Rutherford scattering is solved. Small oscillations with one degree freedom, multidimensional and unharmonic oscillations are discussed. Along with Lagrangian formalism, Hamiltonian formalism is introduced. Canonical Hamilton equations, Poisson brackets, canonical transformations and Hamilton-Jacobi equation are considered.

Б1-ЕНМ.Б.11, Б1-ЕНМ.Б.11

The course of vector and tensor analysis is a direct continuation of the course Mathematical analysis. The first thing that illuminates this course is a fundamental mathematical principles, and the second - application issues that will help students to understand independently and critically evaluate a variety of tasks. All this in the future will be an integral part of Applied Mathematics.

Б1-ЕНМ.Б.2, Б1-ЕНМ.Б.2