CAJ | 학술논문

染料敏化太阳电池（DSC电池）近年来已经引起国内外众多学者的重视，越来越多的研究者对此表现出极大的兴趣。染料敏化剂是染料敏化太阳电池的光电转化效率（IPCE）和寿命最关键的因素。简要介绍了DSC电池结构及工作原理，主要是针对近年来很有前景的香豆素类、半菁类、多烯类、吲哚类及其他很有发展潜力的有机染料敏化剂研究所取得的进展进行了综述。为新染料的设计与合成，为提高电池的光电转化效率和稳定性提出了值得进一步深入研究的问题。
염료민화태양전지（DSC전지）근년래이경인기국내외음다학자적중시，월래월다적연구자대차표현출겁대적흥취。염료민화제시염료민화태양전지적광전전화효솔（IPCE）화수명최관건적인소。간요개소료DSC전지결구급공작원리，주요시침대근년래흔유전경적향두소류、반정류、다희류、신타류급기타흔유발전잠력적유궤염료민화제연구소취득적진전진행료종술。위신염료적설계여합성，위제고전지적광전전화효솔화은정성제출료치득진일보심입연구적문제。
The dye-sensitized solar cell （DSC） is a device of converting the solar energy into the electric power with the nanoparticle semiconductor, which has low-cost and high-efficiency advantages. The sensitizers constitutes the heart of the incident photo to current conversion efficiency （IPCE） and life of the DSC. The fundamental structure and operation principle of the DSC are presented in this paper. The study on the conditions and the progress of the organic dye-sensitizer including some prospective dyes such as comnain dyes, hemicyanine dyes, polyene dyes, indoline dyes, and so on for DCS are reviewed. Here some future development of the study are put out for new dyes synthesis and . the improvement of the IPCE.