Dosimetry – Biological effects of radiation
- Interaction of nuclear radiation with matter, direct and indirect interaction, RBE, LET and quality factor of the radiation
- Transferred-absorbed energy dose definitions, dose measurement and units
- Interaction of radiation in water (hydrolysis)
- Buildings biological disasters (sub cellular level – cell – tissues – organs) directly and ulterior results. Modifying factors (physical and biological)
- Newest fields in dosimetry (micro-dosimetry and nano-dosimetry, space dosimetry)
Medical Physics
- Isotopes Production used in Medicine, Special requirements, isotope concentration and half-life (natural and biological half-life)
- Diagnostic methods, static and dynamic tests (CT – MRI, γ-camera, SPECT, PET, PET-CT)
- Computer imaging, detection of radiation (image formation, collimators, resolution of image, criteria method comparison)
- Radiotherapy – Medical accelerators (construction-beam -produced reactions) Photon, electron and hadron therapy – Isotopes application (Brachytherapy)
Principles of radiation protection and international regulations
