Titlebook: Engineering of Scintillation Materials and Radiation Technologies; Proceedings of ISMAR Mikhail Korzhik,Alexander Gektin Conference proceed

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Development of YAG:Ce,Mg and YAGG:Ce Scintillation FibersCe,Mg) and Y.Al.Ga.O.:Ce (YAGG:Ce) fibers are grown by the μ-PD method. The scintillation and optical parameters of fibers are controlled by optimization of concentration of isovalent (Ga.) and aliovalent (Mg.) codoping, as well as by choice of growth parameters.

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Skull Method—An Alternative Scintillation Crystals Growth Technique for Laboratory and Industrial Pr?including some details of the setup construction are presented. The implementation of the skull method both on laboratory and industrial scale levels is illustrated. On the example of NaI(Tl), it is shown that, despite being crystallized by the skull technique in the form of polycrystals, its funct

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Crystalline and Composite Scintillators for Fast and Thermal Neutron Detectionthe large area detection systems. The same task is topical for radiobiology, radiomedicine, geological logging, and space applications. We proposed the technology to obtain the new class of scintillation materials, namely organic composite scintillators. It allows us to create the scintillation dete

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Scintillation Detectors in Experiments on High Energy Physicstypes and detector systems were developed and used widely in high energy physics experiments to detect charged and neutral particles in a large energy range from 1?keV to hundreds of GeV. Main classes of the scintillation materials are inorganic and organic scintillators. However, liquid and gaseous

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