CAJ | 학술논문

对染料敏化太阳能电池光阳极 TiO2和 ZnO 薄膜制备的常用方法溶胶凝胶法、水热合成法、磁控溅射法、电化学沉积法以及脉冲激光沉积法、金属有机物化学气相沉积法、化学气相沉积法、喷雾热解法和化学沉淀法进行了述评，指出：半导体薄膜的制备和优化，减少电子在其传输过程中的损失，探索多种半导体材料的复合薄膜，优化半导体薄膜的能级结构和与光敏染料能级的匹配性，以及制备更为紧凑有序的纳米阵列光阳极材料和适合规模化生产的工艺是今后应强化的主要研究内容。
대염료민화태양능전지광양겁 TiO2화 ZnO 박막제비적상용방법용효응효법、수열합성법、자공천사법、전화학침적법이급맥충격광침적법、금속유궤물화학기상침적법、화학기상침적법、분무열해법화화학침정법진행료술평，지출：반도체박막적제비화우화，감소전자재기전수과정중적손실，탐색다충반도체재료적복합박막，우화반도체박막적능급결구화여광민염료능급적필배성，이급제비경위긴주유서적납미진렬광양겁재료화괄합규모화생산적공예시금후응강화적주요연구내용。
This review presented the commonly used preparation methods for TiO2 and ZnO thin film of pho-to-anode of dye-densitized solar cells (DSSCs),such as sol-gel,hydrothermal synthesis,magnetron sput-tering and electrochemical deposition,in addition with pulsed laser deposition method,metalorganic chem-ical vapor deposition,spray pyrolysis method and chemical precipitation process.The forecasts of the fu-ture developments of DSSCs will be preparation and optimization of semiconductor thin film,decreasing loss of electron conduction,composite of different semiconductor materials,optimizing energy structure and energy level matching of semiconductor and photosensitive dye,preparation of more compact and orderly nano-array optical anode materials and processes suitable for large-scale production.