Advanced Nuclear Physics Research Laboratory
Welcome to the Advanced Nuclear Physics Research Laboratory.
The Advanced Nuclear Physics Research Laboratory includes radiation sources including a neutron source, gamma rays, X-rays, an advanced radon meter, a neutron detector and spectrograph, and an advanced computational computer device for performing nuclear simulations. This laboratory equipment is used to conduct research in the fields of neutron activation, measuring the attenuation coefficient of materials, scattering of radiation, measuring the reflection coefficient of neutron radiation from various materials and solutions as neutron and gamma reflectors, irradiating biomaterials and examining the effect of radiation on their properties, measuring the cross-section of materials and providing laboratory data required for machine learning to estimate the extent of nuclear contamination around radiation sources and identifying the location of radioactive material leaks with artificial intelligence, performing simulations related to scattering and attenuation of radiation in various materials, including concrete, shielding, designing suitable geometry for the hard complex to estimate the efficiency of hard consumption in the core of nuclear reactors and the dependence of the propagation coefficient, examining the dependence of the self-control of an atomic reactor on neutron leakage from the core of the reactor, determining critical mass, irradiating biological samples and simulating the effect of radiation on genes and proteins, and determining single and double breaks due to radiation, and measuring the viability curve of cells due to radiation.
Head of Advanced Nuclear Physics Research Laboratory
Farhad Zolfagharpour
phone:
The most important facilities available in the laboratory
Advanced nuclear physics research experiment facilities
