Subject: PHYSICS BACKGROUND OF NUCLEAR POWER Teacher
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Subject: PHYSICS BACKGROUND OF NUCLEAR POWER Teacher
Subject: PHYSICS BACKGROUND OF NUCLEAR POWER Teacher: Professor Bronisław Słowiński, PhD, DSc. Number of hours: 30 Semesetr: 8 or 9 Kod: Liczba pkt. kredytowych Preceding subjects: Basic subjects Kind of examination: test MOTIVATION Nuclear power is a unique kind of production of electricity and heat on a large scale, which does not consume oxygen and does not produce carbon dioxide, and, as a consequence, it does not create the greenhouse effect. So, it does not disturb the ecological balance of our planet which regenerative ability is diminishing quickly. The presently working nuclear power fulfills the condition of sustainable development although its possibilities are used to a small extent only. Contemporary nuclear physics presents the possibility for absolutely safe and practically wastless nuclear power of future generation. Moreover, this subject has also assumed a practical importance because in 2021-2 is planned the start-up of the first nuclear power plant in Poland which is hoped to balance the power regime and to increase the power safety. PROGRAM 1. Basic characteristics of atomic nuclei. The most important distribution of Universe. Nuclear forces and their properties. Nuclear models. The stability of atomic nuclei, nuclear decays. Nuclear interactions. Qualitative analysis of nuclear reaction mechanisms. An epitome of nuclear physics in the framework of quantum mechaniques. 2. Nuclear reactors. Reactor operation. Physics processes in nuclear reactors: parameters of critical reactors, physics phenomena of operating reactor, control, heat generation and removal. 3. Problems of safety of nuclear reactors operation. Radioactive waste, its passivation and utilization. Current trends of development of safe and ecologically acceptable nuclear power, hybrid reactor systems, subcritical reactor assemblies driven by accelerators. 4. Supplementary problems: interaction of radiation with materials, radiation detection and the outline of nuclear radiation dosimetry. Basic bibliography: 1. Raymond L.Murray. Nuclear Energy. Pergamon Press.1988. 2. A.Hrynkiewicz. Energy. Challenge of XXI century. Ed. by Jagiellonian University, Krakow, 2002 (In Polish: Energia. Wyzwanie XXI wieku. Wydawnictwo Uniwersytetu Jagiellońskiego. Kraków 2002). 3. B.Słowiński. Lectures on Nuclear Energy (electronic version in Polish). 2005. 4. E.E.Lewis. Fundamentals of Nuclear Reactor Physics. Elsevier Inc. 2008.