典型文献
Integrated synthesis and ripening of AgInS2 QDs in droplet micro reactors:An update fluorescence regulating via suitable temperature combination
文献摘要：
Aqueous phase synthesized ternary Ⅰ-Ⅲ-Ⅵ2 Quantum dots(QDs)are getting more and more attention in biology researches,for their good biocompatibility and easy-to-adjust fluorescence properties.However,the quantum yield(QY)of these aqueous phase synthesized QDs are often pretty low,which seriously hindered their further applications in this field.In general,the ripening of the QDs helps to enhance their QY,closely related to the ripening temperature.But it is still hard to precisely control the fluorescence performance of the QDs products,due to the difficulties in precise temperature control and cumbersome temperature adjusting operations in batch reactors.Here we proposed an integrated droplet microflu-idic chip for the automated and successive AgInS2 QDs synthesis and ripening,with both temperatures controlled independently,precisely but easily.Taking advantage of the space-time transformation of the droplet microfluidic chips,the suitable temperature combination for AgInS2 QDs synthesis and ripening was studied,and the high-performance AgInS2 QDs were obtained.In addition,the reason for the de-crease of QY of AgInS2 QDs at higher ripening temperature was also explored.
文献关键词：
中图分类号：
作者姓名：
Ji Wang;Hao-Tian Ma;Liang-Jun Pan;Li Zhang;Zhi-Ling Zhang
作者机构：
College of Chemistry and Molecular Sciences,Wuhan University,Wuhan 430072,China
文献出处：
引用格式：
[1]Ji Wang;Hao-Tian Ma;Liang-Jun Pan;Li Zhang;Zhi-Ling Zhang-.Integrated synthesis and ripening of AgInS2 QDs in droplet micro reactors:An update fluorescence regulating via suitable temperature combination)[J].中国化学快报（英文版）,2022(08):3767-3771
A类：
AgInS2,microflu
B类：
Integrated,synthesis,ripening,QDs,droplet,reactors,An,update,fluorescence,regulating,via,suitable,combination,Aqueous,phase,synthesized,ternary,Quantum,dots,are,getting,more,attention,biology,researches,their,good,biocompatibility,easy,properties,However,quantum,yield,QY,these,aqueous,often,pretty,low,which,seriously,hindered,further,applications,this,field,general,helps,enhance,closely,related,But,still,hard,precisely,performance,products,due,difficulties,cumbersome,adjusting,operations,batch,Here,proposed,integrated,automated,successive,both,temperatures,controlled,independently,but,easily,Taking,advantage,space,transformation,microfluidic,chips,was,studied,were,obtained,addition,reason,crease,higher,also,explored
AB值：
0.504939
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