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面向辐射探测应用的零维金属卤化物闪烁体研究进展

孙炼 张磊磊 薛泽旭 吴坤 陈晔 李志远 王鲁凯 王尊刚

无机材料学报2026,Vol.41Issue(2):159-176,18.
无机材料学报2026,Vol.41Issue(2):159-176,18.DOI:10.15541/jim20250148

面向辐射探测应用的零维金属卤化物闪烁体研究进展

Research Progress on Zero-dimensional Metal Halide Scintillators towards Radiation Detection Applications

孙炼 1张磊磊 1薛泽旭 1吴坤 1陈晔 1李志远 1王鲁凯 1王尊刚1

作者信息

  • 1. 核生化灾害防护化学全国重点实验室,北京 102205
  • 折叠

摘要

Abstract

Scintillators are key materials for radiation detection field.They have wide applications in many fields such as high-energy physics,medical diagnostics,astronomy,radioactivity exploration,and homeland security.However,most of the reported scintillators(e.g.NaI:Tl and LaBr3:Ce)can hardly provide a perfect combination of high light yield and energy resolution,excellent ambient stability and low cost.It is urgent to discover novel scintillators with outstanding comprehensive performance and ideal cost.Zero-dimensional(0D)metal halides,possessing abundant advantages such as high light yield,weak self-absorption,strong ambient adaptability,and considerable stability under irradiation,are good candidates for the next-generation scintillators.This review consolidates the recent research progress on 0D metal halide scintillators towards applications in radiation detection.Firstly,the basic properties as well as the scintillation mechanism of 0D metal halides are analyzed at molecular scale,especially their unique self-trapped exciton emission characteristic.Then,some typical 0D metal halides which show excellent radiation detection properties are systematically introduced,containing Pb-,Cu-,Mn-,and Sn-based structures,and their key scintillation parameters are comprehensively compared.Furthermore,their applications in X-ray imaging,gamma-ray spectrum measurement,and neutron detection are well discussed.Last,the challenges and opportunities in development of 0D metal halide scintillators towards radiation detection are prospected.In the future,researchers should be committed to providing solutions to the issues such as growth of large-scale,defect-less and highly transparent single crystals,deep and reasonable explanation of scintillation mechanism,and creation of standard for the methods of performance measurement towards various kinds of scintillators.

关键词

辐射探测/闪烁体/零维金属卤化物/闪烁发光机理/综述

Key words

radiation detection/scintillator/zero-dimensional metal halide/scintillation mechanism/review

分类

数理科学

引用本文复制引用

孙炼,张磊磊,薛泽旭,吴坤,陈晔,李志远,王鲁凯,王尊刚..面向辐射探测应用的零维金属卤化物闪烁体研究进展[J].无机材料学报,2026,41(2):159-176,18.

基金项目

国家自然科学基金(12405358)National Natural Science Foundation of China(12405358) (12405358)

无机材料学报

1000-324X

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