典型文献
Telluride semiconductor nanocrystals:progress on their liquid-phase synthesis and applications
文献摘要：
The synthesis of colloidal telluride semicon-ductor nanocrystals(CT-SNCs)is more challenging than that of chalcogenides,due to the smaller electron affinity of tellurium than that of sulfur and selenium,which is attributed to its metalloid property.While some new potential strategies were developing with the increasing demand of CT-SNCs,the cation exchange reaction(CER)has particularly become a new strategy to synthesize high-quality CT-SNCs and their corresponded hetero-nanos-tructures.This review summarizes the synthesis strategies of CT-SNCs,including traditional methods and new methods with emphasis on CERs,and their resulting CT-SNCs with well-controlling size,shape,composition,crystallization and hetero-interfaces cooperatively.The progressive synthesis methods give rise to the excellent optical properties of CT-SNCs.This review also covers the recent progress of their applications in the field of photo-electric detection,catalysis,batteries and biology.The new hybrid CT-SNCs nanostructures are also emphasized and systematically discussed due to their enhanced properties.
文献关键词：
中图分类号：
作者姓名：
Meng-Yao Su;Xin-Yuan Li;Jia-Tao Zhang
作者机构：
Institute of Engineering Medicine,Beijing Institute of Technology,Beijing 100081,China;MOE Key Laboratory of Cluster Science,School of Chemistry and Chemical Engineering,Beijing Institute of Technology,Beijing 100081,China
文献出处：
引用格式：
[1]Meng-Yao Su;Xin-Yuan Li;Jia-Tao Zhang-.Telluride semiconductor nanocrystals:progress on their liquid-phase synthesis and applications)[J].稀有金属（英文版）,2022(08):2527-2551
A类：
Telluride,SNCs,CERs
B类：
semiconductor,nanocrystals,their,liquid,phase,synthesis,applications,colloidal,telluride,more,challenging,than,that,chalcogenides,due,smaller,electron,affinity,tellurium,sulfur,selenium,which,attributed,its,metalloid,property,While,some,new,potential,strategies,were,developing,increasing,demand,exchange,reaction,particularly,become,strategy,synthesize,high,quality,corresponded,hetero,This,review,summarizes,including,traditional,methods,emphasis,resulting,well,controlling,shape,composition,crystallization,interfaces,cooperatively,progressive,give,rise,excellent,optical,properties,also,covers,recent,field,photo,electric,detection,catalysis,batteries,biology,hybrid,nanostructures,are,emphasized,systematically,discussed,enhanced
AB值：
0.539225
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