Infopaket

Nuclear-physical aspects of nuclear and fusion reactors

9

Вибіркова дисципліна для ОП

Second

2022/2023

7 Semester

4

1.1 Assimilation of basic methods and knowledge used in the theoretical analysis of the energy cycle of thermonuclear reactors with magnetic plasma content 2.1 The use of basic methods and knowledge in estimating the basic physical parameters of nuclear fusion reactors with inertial plasma retention.

Full-time form

1. Successful mastering of basic courses in physics ("Physics of the atomic nucleus and elementary particles"). 2. Knowledge of the theoretical foundations of the course ("Physics of the atomic nucleus and elementary particles"

providing students • necessary theoretical information on nuclear fusion reactions; • the necessary information on the basic methods of hot plasma retention.

1.Lukyanov S.Yu. Hot plasma and controlled thermonuclear fusion. : Nauka, 1999. 2. Telkovskiy V.G., Khrabrov V.A. Thermonuclear installations with inertial confinement. . 1990. 3. Basov N.G., Lebo I.G., Rozanov V.B. Physics of laser thermonuclear fusion. : Knowledge, 1988. 4. S. S. Gershtein, Yu. V. Petrov, and L. I. Ponomarev, Muon catalysis and nuclear breeding. UFN, V.60, issue 8, 1990, p.3-38 Additional: 5.Dyuderstadt D., Moses G. Inertial thermonuclear fusion. 1984. 6. Artsimovich L.A. Controlled thermonuclear reactions. 1963. 7. Hegler M., Christiansen M. Introduction to controlled thermonuclear fusion. 1980. 8. Mirnov S.V. Physical processes in tokamak plasma., 1985

Lecture demonstration; seminars; independent work; consultations

The discipline "Nuclear-physical aspects of nuclear reactors and NF" is evaluated by a modular rating system. It consists of 2 modules. The results of students' educational activity are evaluated on a 100 - point scale.

Ukrainian