Experimental investigation into nuclear & physical parameters reactor cores of various types and biological protection.
Integrated test rig
Integrated test rig consisting of diesel fuel converter (with hydrogen output of at least 6 kg/h), gas treatment facility (gas mixture composition: oxygen, carbon dioxide, argon) and climatic chamber (temperature range from –70 to 150 °C) has been developed to carry out experimental studies and tests on machinery and systems of ship hybrid power plants with
Versatile research reactor
It is used as a steady source of neuron and gamma radiation during tests on experimental facilities aimed at optimization of biological protection composition, assessment of radiation accident consequences, definition of radiation resistance of electronic devices.
Nominal reactor power is 50 kW.
Versatile test rig
Facility for metrological certification and sensitivity determination of
The facility is meant for metrological certification, standardization and investigation of technical characteristics of
Gas dynamic test rig for corrosion resistance & strength tests of refractory alloys for turbine blades (test temperature up to 1100 °С)
Gas flow parameters:
Metallographic laboratory equipped with software & hardware for analysis of solid surface microstructures along with microscope
Low-background semiconductor gamma-ray spectrometer
It is designed to determine the isotopic composition and measure the activity levels of various sampled substances (soils, water, building materials, bottom sediments, sorbents, etc.) placed in a Petri dish or 100 mm in diameter or in a Marinelly vessel of 1 liter capacity.
The minimum detectable activity level of the spectrometer with reference to 137Cs radionuclide, based on 2 hour measurement, is 0.5 Bq (per sample).
Liquid scintillation spectrometer-type radiation meter SL-300
The liquid scintillation alpha/beta
Sampling capacity – 8–12 ml.
Vial capacity – 20 ml.
Calibration Certificate No. 210–1283/12
|Background at double and triple majority coincidences,
|Background at triple majority coincidences,
|Detection efficiency of 3H radionuclide beta-radiation in unquenched counting samples,
|Detection efficiency of 14С radionuclide beta-radiation in unquenched counting samples,
|Detection efficiency of 90Sr and 90Y radionuclide beta-radiation in equilibrium conditions in unquenched counting samples,
|Detection efficiency of 239Pu radionuclide beta-radiation in unquenched counting samples,