Syllabus
1.Applications of radioactive sources nuclear methods of dating methods of functional imagining in nuclear medicine therapeutic applications of radiopharmaceuticals unstable nuclei as probes in materials 2.Applications of ionizing beams modification of material properties by irradiation nuclear methods of elemental analysis with charged particles therapeutic application of accelerators application of neutron beams for material analysis and in medicine the use of gamma rays for material analysis, imagining and therapy application of positron annihilation in material structure analysis 3.Application of nuclear magnetic resonance principles of NMR spectroscopy NMR tomography quantum aspects of magnetic resonance 4.Physical principles and perspectives of nuclear power nuclear processes as sources of energy nuclear fission reactors processing methods for nuclear waste accelerator-driven reactors prospects to nuclear fusion
Annotation
Applications of the nuclear radiation and of the radioactivity. Nuclear methods of the element and structural analysis, measuring of hyperfine fields, tomography.
Elements of the neutron and reactor physics, of dosimetry and of the radiation protection.