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中文摘要：
本课题建立了一条绿色化学途径合成II-VI族量子点的新途径，合成了高量子产率、高荧光的CdSe、CdS、ZnSe、CdTe、以及CdS/ZnS, CdSe/ZnS核壳等系列量子点。对CdS，ZnS，CdSe、ZnO、ZnTe等系列II－VI族阵列纳米结构、一维纳米结构进行了可控合成和基于器件应用的Cl，P， N，In、Ga等元素的可调控掺杂。采用硫化法实现对三元CdSexS1-x纳米带的能带调控，通过气相控制反应获得p型导电的ZnTe一维纳米结构,实现了成分、大小以及相应的半导体带隙的调节。探索和发展了多个基于II-VI族纳米结构的如CdS:P、ZnSGa, ZnS:Cl，CdSexS1-x, ZnTe及其掺杂的纳米结构的场效应管和紫外、X-Ray 等光响应器件，由此对掺杂一维II-VI族纳米材料的输运特性、光响应特性进行了系统的研究。从半导体能带理论出发研究构建CdS三维阵列纳米结构-P3HT光伏器件和II-VI量子点-P3HT杂化体系光伏电池，研究了光生载流子的传输特性与光电转换性质，相应光伏器件光电转换效率最高达到3%，填充因子35-50%。
结论摘要：
英文主题词II-VI group semiconductors; Quantum Dots; Doping; Energy gap adjusting; Solar cells
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期刊论文
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Thermoelectric properties of rapid hot pressed polycrystalline Ag1-xPb18SbTe20 synthesized from dopi
Field Effect Properties of Phosphorus Doped CdS Single-Crystal Nanoribbon via Co-Thermal-Evaporation
Synthesis and spectrum stability of high quality CdTe quantum dots capped with stearate groups in N-
Magnificent CdS three-dimensional nanostructure arrays: the synthesis of a novel nanostructure famil
Composition-controllable synthesis and optical properties of non-integral stoichiometry compound Znx
Concentration and temperature dependences of YBO3 : Bi3+ luminescence under vacuum ultraviolet excit
Temperature dependence of optical properties and size tunability CdSe quantum dots via non-TOP synth
Synthesis of CdSXSe1-X nanoribbons with uniform and controllable compositions via sulfurization: Opt
Photoluminescence properties of Eu3+ and Bi3+ in YBO3 host under vacuum ultraviolet/ultraviolet exci
Thermoelectric properties of rapid hot-pressing N-type (Bi2Te3)0.9 (AgxBi2-xSe3)0.1 synthesized from
Self-ignition route to thermoelectric oxides of Na-doped Ca3Co4O9 and their thermoelectric propertie
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