06万真-开题报告

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1、目录1课题背景···············································································12文献综述···············································································22.1量子点的发光机理································································22.2量子点的合成

2、·····································································42.2.1胶体化学法合成机理······················································42.2.2烧瓶法合成量子点·························································52.2.3连续微反应器法合成量子点······························

3、·················62.3复合结构量子点的研究现状·····················································72.3.1合金量子点·································································72.3.2过渡金属掺杂量子点······················································93研究目的与意义·················

4、····················································104研究内容··············································································115技术路线、难点及创新点·························································115.1技术路线········································

5、·································115.2难点··············································································135.3创新点···········································································135.4已完成的工作·············································

6、·······················135.4.1合金量子点微反应系统的搭建············································135.4.2CdSeS合成初步实验结果·················································146进度安排··············································································16华东理工大学博士学位论文（开

7、题报告）第II页参考文献··················································································16华东理工大学博士学位论文（开题报告）第I页SynthesisofTernaryAlloyedandTransitionMetalIon-DopedQuantumDotsviaMicroreactionAbstractThequantumsizeeffectandconfinementeffectofnanocrystal

8、sendowquantumdots(QDs)withdistinctphotoelectricpropertiesfromthoseofthebulkmaterialsandgeneralmolecules.Thesize-tunablepropertyofQDsdemonstratesawideapplicationprospectinnonlinearoptics,catalyze,magnet