New technologies and developments
Technology for the production of plastic scintillators, detectors or scintillation assemblies based on polystyrene obtained by block polymerization in aluminum ampoules with partitions
Purpose. The technology allows to obtain several scintillation blanks with the required mechanical and scintillation characteristics at once. Technical properties….
Technology for the production of highly efficient zinc selenide (ZNSE) crystal scintillators for ionizing radiation detectors
Purpose. The technology improves scintillation characteristics and reduces unit costs in the manufacture of highly efficient zinc selenide crystal scintillators….
Technology for growing scintillation single crystals of cesium iodide activated by sodium iodide in ROST-type installations
Purpose. The technology allows growing large-sized high-quality single crystals, which significantly reduces the cost of production (detectors) compared to the…
Technology for producing scintillation single crystals of bismuth germanate
Purpose. Bi4Ge3O12 single crystals are used to produce sensitive elements for ionizing radiation detection devices. Technical properties. The technology for…
Technology for growing scintillation single crystals of sodium iodide activated by thallium iodide in “growth” type installations
Purpose. The technology allows growing large-sized high-quality single crystals, which significantly reduces the cost of production (detectors) compared to the…
Technology of deep purification of cesium iodide by the method of multiple low-temperature mixed crystallization
Purpose. The technology allows removing potassium and rubidium impurities from cesium iodide, thereby significantly reducing its own radiation background and…
Technology of deep purification of cesium iodide obtained from waste single crystals from heavy metal impurities
Purpose. The technology enables processing of cesium iodide-based single crystal residues contaminated with heavy metals into high-purity salt for use…
Technology for non-destructive processing of residues of scintillation single crystals based on sodium iodide in high-purity sodium iodide
Purpose. The technology allows processing the remains of single crystals into high-purity salt used as a feedstock for growing large-sized…
Technology of convective drying of walnuts
Purpose. To improve the efficiency of mass and heat exchange processes in agricultural production (increase in productivity, decrease in specific…
Technology of fermented milk drink with combined composition of raw materials
Purpose. The technology is aimed at solving the problem of expanding the range of combined dairy products for mass consumption…