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Keywords Scintillator;Scintillation crystal;Scintillation glass; 闪烁体;闪烁晶体;闪烁玻璃;
Keywords Scintillating crystal;Sodium bismuth tungstate single crystal （NBW）;Czochralski Method;Crystal growth;Scintillation property; 闪烁晶体;钨酸铋钠晶体;提拉法;晶体生长;闪烁性能;
Keywords scintillation crystal;caesium iodite crystal;radiation hardness; 闪烁晶体;碘化铯晶体;抗辐照性能;
Keywords scintillation crystal;caesium iodite crystal;Bridgman method; 闪烁晶体;碘化铯晶体;奇里奇曼法;
Keywords scintillation crystal;lead tungstate crystal;crystal pulling; 闪烁晶体;钨酸铅晶体;引上法晶体生长;
Keywords scintillation crystal;lead tungstate crystal;crystal pulling;scinlillation property; 闪烁晶体;钨酸铅晶体;引上法晶体生长;闪烁性能;
Keywords scintillation crystal;growth technique;Czochralski method;Bridgman Stockbarger method; 闪烁晶体;生长技术;提拉法;下降法;
Keywords scintillation crystal;mercury iodite crystal;crystal growth from vapour;growth habit; 闪烁晶体;碘化汞晶体;气相晶体生长;生长习性;
Keywords scintillation crystal,NBW crystal,luminescence mechanism,czochralski method,constitutional supercooling,cracking.; 关键词闪烁晶体;钨酸铋钠晶体;发光机理;提拉法;组分过冷;开裂;
In this aspect, scintillating glass has obvious advantages comparing with scintillating crystal. 与闪烁晶体相比,闪烁玻璃在这方面具有明显的优势。
Keywords scintillation crystals;crystal pulling;Iuminescence efficiency;ZnWO_4 crystal;optical spectra; 闪烁晶体;引上法晶体生长;发光效率;钨酸锌晶体;光谱;
Keywords bismuth germanate;crystal pulling;scintillating crystal; 锗酸铋晶体;引上法晶体生长;闪烁晶体;
Keywords LiI（Eu）;scintillating crystal;crystal growth;Bridgman method; 闪烁晶体;晶体生长;布里奇曼法;
Keywords PbWO 4（Y 2O 3）crystal;scintillating crystal;Bridgman method; 晶体;闪烁晶体;布里奇曼法;
As an excellent scintillation crystal, Bi4Ge3O12(BGO) has been widely used in high energy physics, space science and medical imaging et al. 摘要锗酸铋(BGO)晶体是一种性能良好的闪烁晶体，在高能物理、空间科学、核医学等方面有着广泛的应用。
Keywords NaBi（WO 4） 2;crystal growth;Bridgman method;scintillating crystal; 晶体生长;坩埚下降法;闪烁晶体;
Keywords PbWO 4 crystal;macroscopic defect;Bridgman method;scintillating crystal; 4晶体;宏观缺陷;布里奇曼法;闪烁晶体;
Keywords scintillating glass rare earth doping optical transmittance irradiation damage thermal bleaching; 闪烁玻璃;稀土掺杂;光学透过性能;辐照损伤;热漂白;
Finally the applications of scintillation crystals in industry, medical diagnosis and high energy experimental research are presented. 介绍了闪烁晶体目前在工业、医疗诊断和高能物理实验研究中的应用情况。
Keywords lead tungstate crystal;luminescence decay time;optical absorption;irradiation hardness;scintillating crystal;Bridgman method; 钨酸铅晶体;发光衰减时间;光学吸收;辐照硬度;闪烁晶体;坩埚下降法;