第51卷第2期2023年2月硅酸盐学报Vol.51,No.2February,2023JOURNALOFTHECHINESECERAMICSOCIETYhttp://www.gxyb.cbpt.cnki.netDOI:10.14062/j.issn.0454-5648.20220423单颗粒诊断法和高通量计算发现新型荧光粉李淑星,解荣军(厦门大学材料学院,福建厦门361005)摘要:伴随互联网智能时代的开启,发光材料的研发模式也从传统的“试错”、“经验指导实验”向“理论预测、实验验证”的新模式转变。高效的理论预测和快速的实验验证是实现这一转变的关键所在。现阶段,高通量计算、机器学习等理论预测方法日渐成熟,单颗粒诊断法等实验方法更加高效,为新型发光材料的研制奠定了理论和实验基础。简要概述了近年来在稀土发光材料领域,基于单颗粒诊断法和高通量计算挖掘发现新型荧光粉的研究进展。关键词:单颗粒诊断法;高通量计算;新型荧光粉中图分类号:TQ175文献标志码:A文章编号:0454–5648(2023)02–0318–05网络出版时间:2022–11–02DiscoveringNovelPhosphorsbySingle–ParticleDiagnosisandHigh-ThroughputCalculationsLIShuxing,XIERongjun(CollegeofMaterials,XiamenUniversity,Xiamen361005,Fujian,China)Abstract:Themodelofdevelopingluminescentmaterialshastransferredfromtheconventional“trialanderror”to“experience–guidedexperiments”,andfurthertoanovelparadigmof“theoreticalpredictionandexperimentalverification”.Efficienttheoreticalpredictionandrapidexperimentalverificationareakeytothistransformation.Thetheoreticalpredictionmethodssuchashigh-throughputcalculationsandmachinelearningarebecomingmoreandmoremature,andthecorrespondingexperimentalmethodssuchassingle–particlediagnosisaremoreefficient,layingatheoreticalandexperimentalfoundationforthedevelopmentofnovelluminescentmaterials.Thisreviewbrieflysummarizesrecentresearchprogressesondiscoveringnewrareearth-activatedluminescentmaterialsbasedonsingle-particlediagnosisandhigh-throughputcomputationapproaches.Keywords:single–particle–diagnosis;high-throughputcalculations;newphosphors半导体照明与新型显示技术已经广泛应用于智慧照明、高清显示、医疗健康、植物生长和可见光通信等诸多领域,市场巨大,前景广阔。稀土发光材料是实现这一技术的关键核心材料,其发光性能直接影响器件的光效、色温、显色指数...