In 2024, a new Laboratory of Nuclear Power Engineering and Ionizing Radiation was established for both teaching and research purposes. The laboratory is equipped with a radiation monitoring system and an electronic dosimetry system from VF NUCLEAR. A pipeline post is installed for rapid evaluation of samples. The complex also includes a Heat Transfer Measurement Laboratory, which houses experimental equipment for studying the boiling crisis under extreme conditions.
Main activities
- Measurement of neutron field properties of fast and high-energy neutrons.
- Computational analyses of nuclear devices, neutron sources, and shielding problems involving ionizing radiation (e.g., criticality problems, 3D kinetics, shielding analysis).
- Training in the field of detection and shielding of ionizing radiation.
- Tests of treated surfaces on a loop for the study of critical heat fluxes.
Laboratory equipment
- Sealed major neutron sources of ionizing radiation AmBe (92.5 GBq 2015, 5.6E+6 n/s);(185 GBq 1982, 1.2E7 n/s),
- Sealed gamma sources: Cs-137 (285 MBq 2012);(278 MBq 2012)
- A number of minor and calibration sources (e.g., Co-60, Co-57, Cs-137, Mn-54, Y-88, etc.)
- HPGe gamma spectrometers with associated operational electronics, nitrogen management and evaluation software
- Scintillation detectors with appropriate operating electronics and evaluation software (NaI(Tl), LaBr; various crystal sizes)
- Thermo Scientific FHT 752 S/SH neutron detectors filled with BF3/H3 gas
- Portable PDE neutron monitor VF nuclear PNM-02
- Thermo Scientific and VF instruments for surface contamination measurement
- Periodically verified Thermo Scientiific RadEye B20-ER Multi-Purpose Survey Meter
- Personal dosimeters for full-spectrum ionizing radiation monitoring (EPD-N2, EPD-Mk2)
- A range of foils for use in neutron field activation analyses (Ag, In, La, Cu, Al, V, Fe, Mn, Ni, Y, Mo and others)
- Loop for studying critical heat fluxes on smooth and modified surfaces (Mobile Research Critical Heat Flux Apparatus).
- Computational server for deterministic and stochastic analysis of nuclear systems.