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Materials for Nuclear Application

Level: Master's Degree

Direction: 14.04.02 Nuclear Physics and Technologies

Language of instruction: English

Credit value: 120 ECTS credits

Duration and mode of study: 2 years, full-time

Program curator: ProfBoris Kalin

Program manager: DrAleksei Suchkov

Contacts: This email address is being protected from spambots. You need JavaScript enabled to view it.

Description:

Preparing masters in the field of radiation materials science, able to investigate the processes occurring in solids under the influence of various types of radiation, create radiation-resistant materials used in nuclear power plants and fusion reactors, as well as possess skills to work with modern equipment.

Career opportunities:

Modern and advanced materials of nuclear power plants; modern technologies for producing structural and functional materials; physical and physico-chemical phenomena in the processes of obtaining, processing and operating materials under extreme conditions (high temperatures, high voltages, irradiation, corrosion effects, etc.). Career opportunities: Foreign Scientific Organizations and Universities, Technical Companies.

 

Curriculum:

Term

Course

Credit value

1

Special chapters of higher mathematics

3

1

Foreign Language

2

1

Nuclear Physics

3

1

Radiation solid state physics

3

1

Modern Ideas of the Structure of Materials

4

1

Specialized Software Packages for Numerical Modeling and Analysis

2

1

Neutron Transport Theory

4

1

Special Chapters of Solid State Physics

3

1

Nuclear Reactor Physics

3

1

Introductory Practice

3

2

Foreign Language

2

2

Nuclear Fuel Cycle

2

2

Experimental Methods of Materials Science

3

2

Special Chapters of Solid State Physics

3

2

Nuclear Reactor Physics

3

2

Dynamics and reactor Safety

3

2

Modern Research Methods of the State of Materials

2

2

Structural Materials for Nuclear Power Facilities

3

2

Nuclear Fuel

3

2

Industrial Practice

3

2

Student's Research work

3

3

Foreign Language

3

3

Nonproliferation of Nuclear Materials

3

3

Modification of Materials

3

3

Materials for Alternative Power Engineering

4

3

Functional Materials for Power Engineering

4

3

Heat and mass transfer

3

Fusion Reactor Materials

4

3

Methods and Principals of Visualization

3

3

Semiconductor Technologies

3

3

Superconductor Technologies

3

Student's Research work

3

4

Innovation management and industry economics

3

4

Methodology of scientific knowledge

3

4

Pre-diploma Practice

18

4

Final Qualifying Work

6

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