Effects of europium concentration on luminescent and scintillation performance of Cs_(0.2)Rb_(0.8)Ca_(1-x)Eu_(x)Br_(3)(0≤x≤0.08)crystals

作     者：N.V.Rebrova A.Yu.Grippa I.A.Boiaryntseva P.Berastegui T.E.Gorbacheva Yu.N.Datsko A.L.Rebrov C.Dujardin R.Calà L.Martinazzoli E.Auffray V.V.Kononets N.V.Rebrova;A.Yu.Grippa;I.A.Boiaryntseva;P.Berastegui;T.E.Gorbacheva;Yu.N.Datsko;A.L.Rebrov;C.Dujardin;R.Calà;L.Martinazzoli;E.Auffray;V.V.Kononets

作者机构：Institute for Scintillation MaterialsNational Academy of Sciences of UkraineNauky Avenue 6061072KharkovUkraine Department of ChemistryAngstrom LaboratoryInorganic ChemistryUppsala University.PO.Box 583.75121.UppsalaSweden Claude Bernard Lyon 1 UniversityCNRSInstitute of Light and MatterUMR 5306F-69100 VilleurbanneFrance The University of Milano-BicoccaPiazza dell'Ateneo Nuovo1-20126Milano.Italy CERNEP DepartmentP.0.Box 1211Geneva 23Switzerland 

出 版 物：《Journal of Rare Earths》 (稀土学报（英文版）)

年 卷 期：2022年第40卷第1期

页      面：29-33页

核心收录：

学科分类：08[工学] 080501[工学-材料物理与化学] 0805[工学-材料科学与工程（可授工学、理学学位）] 

基　　金：Project carried out in the frame of Crystal Clear Collaboration and supported by the National Academy of Sciences of Ukraine(0119U100764) 

主　　题：Inorganic material Crystal growth Luminescence Rare-earth doped scintillator X-ray and gamma-ray spectroscopies 

摘      要：A series of Cs_(0.2)Rb_(0.8)Ca_(1-x)Eu_(x)Br_(3)(0≤x≤0.08)crystals doped with different concentrations of Eu^(2+)were grown using the Bridgman-Stockbarger *** work describes the influence of Eu^(2+)concentration on the luminescent and kinetic properties of Cs_(0.2)Rb_(0.8)Ca_(1-x)Eu_(x)Br_(3) crystals,as well as on their scintillation *** maximum in the radioluminescence spectra of these crystals shifts from 439 to446 nm with increasing europium *** scintillation decay times of Cs_(0.2)Rb_(0.8)Ca_(1-x)Eu_(x)Br_(3) lengthen with the Eu^(2+)*** best light output of 33600photons/MeV is obtained for Cs_(0.2)Rb_(0.8)Ca_(0.93)Eu_(0.07)Br_(3),and the best energy resolution of 6.9%is found for Cs_(0.2)Rb_(0.8)Ca_(0.94)Eu_(0.06)Br_(3).