1.Electromagnetic waves, basic radiometric and photometric quantities, laws of radiation of bodies.
2.Doppler effect and possibilities of use.
3.Optical systems, defects and correction options.
4.Lasers, masseurs, security classes
5.Thermal imagers and their applications.
6.Metal detectors - types, construction, detection principle, magnetic induction and eddy current generation.
7.Basic spectroscopic methods (IR, Raman, THz)
8.Chromatographic methods of substance analysis - liquid, gas and combination with mass spectrometry.
9.Sound, ultrasound and infrasound. Vibration, measurement of noise and vibration, impact on health.
10.Non-destructive defectoscopy (radiodefectoscopy, IR and ultrasonic flaw detection).
11.Radiation accidents and incidents.
12.Transport of radioactive material.
13.Safety of nuclear power plants.
2.Doppler effect and possibilities of use.
3.Optical systems, defects and correction options.
4.Lasers, masseurs, security classes
5.Thermal imagers and their applications.
6.Metal detectors - types, construction, detection principle, magnetic induction and eddy current generation.
7.Basic spectroscopic methods (IR, Raman, THz)
8.Chromatographic methods of substance analysis - liquid, gas and combination with mass spectrometry.
9.Sound, ultrasound and infrasound. Vibration, measurement of noise and vibration, impact on health.
10.Non-destructive defectoscopy (radiodefectoscopy, IR and ultrasonic flaw detection).
11.Radiation accidents and incidents.
12.Transport of radioactive material.
13.Safety of nuclear power plants.