· Fundamental physics of nuclear reactor operation
· Nuclear reaction, fission reaction, mechanism, products of fission reaction.
· Nuclear reactor and its components, classification of reactors, fuel, cooling agents, moderators, reflectors, absorption and shielding materials, materials for pressure vessels of nuclear reactors.
· Uranium, alloys, compounds, metallurgical fundamentals of production of chemically pure uranium compounds, production of metallic uranium and UO2, enrichment of uranium.
· Properties and metallurgical fundamentals of production of Th and Pu, re-processing of the spent fuel.
· Coating materials (Al, Mg, Zr, Be), general requirements and characteristic properties of individual types of materials.
· Moderators, reflectors, absorption materials – material solution, characteristic properties.
· Nuclear reaction, fission reaction, mechanism, products of fission reaction.
· Nuclear reactor and its components, classification of reactors, fuel, cooling agents, moderators, reflectors, absorption and shielding materials, materials for pressure vessels of nuclear reactors.
· Uranium, alloys, compounds, metallurgical fundamentals of production of chemically pure uranium compounds, production of metallic uranium and UO2, enrichment of uranium.
· Properties and metallurgical fundamentals of production of Th and Pu, re-processing of the spent fuel.
· Coating materials (Al, Mg, Zr, Be), general requirements and characteristic properties of individual types of materials.
· Moderators, reflectors, absorption materials – material solution, characteristic properties.