Search academic texts

Information × Registration Number 0222U005207, 0122U200403 , R & D reports Title Heterostructured materials for ultrafast detection of ionizing particles. popup.stage_title Head Sidletskyi Oleh Ts., Доктор технічних наук Registration Date 25-12-2022 Organization Institute for scintillation materials NAS Ukraine popup.description2 For the first time, single crystals and fibers based on GAGG: Ce co-doped with carbon were obtained by the Czochralski method and μ-PD. It was found that single crystals containing carbon after high-temperature annealing in an atmosphere of oxygen and argon show record light output values for this material. From the optical absorption spectra, it was determined that the distribution of cerium in crystals that do not contain carbon is not as homogeneous as in crystals that contain carbon. The useof GAP:C crystals as a raw material obtained by cheaper technology using tungsten crucibles allows to reduce the number of loads of iridium crucible in three times, which significantly extends its lifetime. The luminescence decay times of carbon-doped single crystals are less then 60 ns for samples annealed in air. Such luminescence decay times and fairly high light output of grown crystals make the obtained single crystals a promising candidate for use as a heavy scintillator in modern heterostructured detectors for high energy physics and diagnostic medicine. Product Description popup.authors Kofanov Denys О. Kurtsev Daniil О. Sidletskyi Oleh Ts. popup.nrat_date 2022-12-25 Close