After successful completion of the course, students are able to...
- to give a historical overview
- to describe radioactive sources, X-ray tubes, particle accelerator and nuclear reactors and discuss their functions
- to explain interactions of ionising radiation with matter eg. energy dependence
- to discuss in detail basic dosimetry wording, various radiation measuring devices as detectors, counters...
- to describe special methods of dosimetry as TLD
- to describe fundamentals of synchrotron radiation, radiation physical analytics and their appilications in detail
- to discuss application in medical physics including special methods of therapie using accelerated particles
- to give an overview of fundamental nuclear reactor types, their function as well as reactor accidents
