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Technical Nuclear Chemistry and Nuclear Wastes give students knowledge about principles, technology and ways of usage of nuclear energy. After these lectures student will understand the connections and implications of the world nuclear industry, possibilities of future development and relations between the nuclear energy and present environment problems.
Chemical regimes and material solutions are discussed in some details.
Excursion to one Czech nuclear power plant is part of this course. Last update: Sajdl Petr (17.10.2019)
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Short presentation on specified issue Student´s knowledge is examined by a final test Last update: Kubová Petra (17.10.2019)
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Atomic Act 263/2016 Beiser Arthur: Perspectives of modern physics, McGraw-Hill, New York Spinks J.W.T, Woods R.J. :Introduction to Radiation Chemistry, John Wiley and Sons, Inc., New York,1990 Stalhkopf K.E., Steele L.E.: Component Repair, Replacement and Failure Prevention in Light Water Reactors, Elsevier Applied Science Publishers Ltd., London, 1986 Last update: Kubová Petra (17.10.2019)
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1. Survey of history 2. Characteristic and description of atomic nuclei 3. Nuclear radiation, nuclear fission 4. Radiation chemistry 5. Chemistry of uranium - processing of uranium ore, nuclear fuel production 6. Interaction of nuclear radiation with materials 7. Nuclear reactor - chemical and physical processes 8. Description of reactor types 9. Chemical regimes of PWR (WWER) 10. Effects of ionizing radiation 11. Methods of low active radiation wastes deposition 12. Methods of mixed wastes deposition 13. High intensity radioactive waste and used nuclear fuel, conditions for radioactive waste repository 14. Reprocessing of used nuclear fuel Last update: Kubová Petra (17.10.2019)
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