Types of Nuclear Power Reactors (NPRs). Components and assembly of NPRs. Criticality calculations and dimensioning of nuclear reactors. Heat removal from the core of NPRs. Site selection for nuclear power plants. Nuclear accidents. Fire (implied: Fire safety in nuclear facilities).
- Teacher: Δημήτριος Μητράκος
ECTS : 5
Language : el
Learning Outcomes : The course is a continuation of course 2075://Physical Principles of Nuclear Power Reactors I// and concerns basic knowledge related to nuclear technology and nuclear energy. By successfully attending the course, the student a) has acquired a comprehensive overview of nuclear reactor physics, b) has become acquainted with the main types of nuclear reactors and has understood how they operate, c) has understood how fission neutrons and thermal neutrons diffuse and the consequences this has on the spatial distribution of thermal power in the core, d) has understood the role of the geometry and dimensions of the nuclear reactor in ensuring criticality, e) has delved into the causes of nuclear accidents, and f) has a first idea of the role of the reactor s location in the dispersion of any pollutants. The course aims at least: a) to analyze and synthesize data and information, using the necessary technologies, b) to develop interdisciplinarity, and c) to inspire respect for the natural environment.