1. Overview of ionizing radiation (charged and neutral particles).
2. Interaction of ionizing radiation with matter.
3. Gas detectors (ionization chambers, proportional counters, Geiger-Muller counters, corona-type and spark chambers. Measurement.
4. Scintillation detectors (solid and liquid scintillators). Measurement.
5. Semiconductor detectors (Ge, Si). Measurement.
6. Determination of charged particle trajectory (nuclear emulsions, bubble and cloud chambers).
7. Determination of linear momentum and velocity (magnetic field, Cherenkov counters, drift chambers).
8. Detection of alpha and beta particles.
9. Gamma ray detection.
10. Neutron detection.
11. Detection of selected isotopes (tritium, Rn, U). Radon measurement.
12. Dosimeters. Measurement of basic dosimetric quantities.
13. Detectors of cosmic rays and detection systems in high-energy physics.
2. Interaction of ionizing radiation with matter.
3. Gas detectors (ionization chambers, proportional counters, Geiger-Muller counters, corona-type and spark chambers. Measurement.
4. Scintillation detectors (solid and liquid scintillators). Measurement.
5. Semiconductor detectors (Ge, Si). Measurement.
6. Determination of charged particle trajectory (nuclear emulsions, bubble and cloud chambers).
7. Determination of linear momentum and velocity (magnetic field, Cherenkov counters, drift chambers).
8. Detection of alpha and beta particles.
9. Gamma ray detection.
10. Neutron detection.
11. Detection of selected isotopes (tritium, Rn, U). Radon measurement.
12. Dosimeters. Measurement of basic dosimetric quantities.
13. Detectors of cosmic rays and detection systems in high-energy physics.