Infopaket

Methods of calculations of nuclear reactors

ОК21

Обов’язкова дисципліна для ОП

Second

2018/2019

4 Semester

3

- Understand the principles of operation of nuclear reactors and nuclear power plants. - Diffusion method for solving the equation of a nuclear reactor with a reflector. - Know the equations of reactor kinetics and their asymptotic solution - Know the areas of application of nuclear reactors, features of the fuel cycle of nuclear energy in reactors of different types and their advantages over others sources of neutrons and energy - The order of development of the scheme of physical calculation of the reactor - Principles of homogenization of the design lattice - Preparation of group constants, calculation of reactor parameters on thermal neutrons

Full-time form

1. Successful mastery of special courses: «Nuclear-physical aspects of nuclear fission and fusion reactors», «Nuclear safety of NPPs», «Basics of reactor physics», «Design and systems of nuclear power installations». 2. To be able to solve tasks from basic courses in Physics and some special courses. 3. To possess elementary skills of computer working to search for the information in Internet.

The educational course "Methods of calculations of nuclear reactors” allows to significantly enhancing a professional training of students of Department of Nuclear Physics, what is dealing with mastery by students of the following skills: - to know main methods for calculations of nuclear reactors; - to be capable of performing analytical and numerical calculations of simple reactor nuclear criticality tasks.

1. Fundamentals of the theory and methods for calculating nuclear power reactors. Bartolomey G.G. and others-1989. - 512 p. 2. Physics of nuclear reactors. S.V. Shirokov, 1998. - 288 p. 3. Physics of nuclear reactors: heading reference / Pavlovich V.M.; NAS of Ukraine, IPB AES.- Chornobil, 2009.-224 p. 4. Fundamentals of the theory of nuclear reactors. Glesston S., 1954 5. VVER-1000: physical foundations of operation, nuclear fuel, safety / A.M. Afrov, S.A. Andrushechko, V.F. Ukraintsev et al. - Х.: Universitetskaya kniga, Logos, 2006.-488 p.

Lecture demonstration; seminars; independent work; consultations.

Knowledge evaluation is being carried out according to the modular-rating system. The content module 1 includes 1 - 2, and the content module 2 includes topics 3 – 4. It is a mandatory requirement to pass successfully an exam is the development of problematic cases (summery) and a positive mark for each of the two modular control work. In case of a negative mark obtained for control module, a student is obliged to pass again a failed modular control work according to the procedure established. Under repeatable passing a modular control work or granted access to a modular control work based of permission from the deanery, a maximal value of a control modular rating mark is being lowered by one in comparison with above-mentioned.

Ukrainian