1. Electromagnetic radiation – nature, dual character, wave and particle behaviour.
2. Roentgen radiation – generation, characteristics, sources.
3. Gamma radiation – generation, characteristics, sources.
4. High energy photon interaction with matter – photoelectric effect, Compton effect, pair generation.
5. Roentgen and gamma radiation detection.
6. Difraction analysis methods (X-ray, neutron, electron).
7. Application of hard electromagnetic radiation in industry (material defect detection, seam supervision)
8. Application of hard electromagnetic radiation in health care, chemistry, biology and other branches
(diagnostics, radiation).
9. The principles of ionising radiation protection and safety on X- ray working places.
2. Roentgen radiation – generation, characteristics, sources.
3. Gamma radiation – generation, characteristics, sources.
4. High energy photon interaction with matter – photoelectric effect, Compton effect, pair generation.
5. Roentgen and gamma radiation detection.
6. Difraction analysis methods (X-ray, neutron, electron).
7. Application of hard electromagnetic radiation in industry (material defect detection, seam supervision)
8. Application of hard electromagnetic radiation in health care, chemistry, biology and other branches
(diagnostics, radiation).
9. The principles of ionising radiation protection and safety on X- ray working places.