Nuclear Physics Training Laboratory
Welcome to the Nuclear Physics Training Laboratory.
The nuclear physics laboratory includes a detector, shield, MCA, radon meter, and dosimeters and laboratory configurations that can be used to perform 18 different experiments, including measuring alpha particle energy and its effect on air ionization, the attenuation coefficient of radioactive and X-rays, radioactive ray counting statistics, examining the performance and calibration of gas and scintillator detectors, dosimetry, nuclear spectroscopy, examining Compton scattering with gamma rays, X-ray scattering, gamma backscattering from various materials, measuring gamma coincidence using a positron source and conducting neutron activation experiments with copper powder, measuring radon in water, soil, and air, measuring the attenuation coefficient of lead, iron, copper, and aluminum, measuring the cross-section of materials, measuring the activity of very weak radioactivities, observing the path of alpha particles in the Wison cloud chamber, and how clouds form.
Head of Nuclear Physics Training Laboratory
Ismail Saberinia
phone:
The most important facilities available in the laboratory
Nuclear physics educational experiment facilities
