CAJ | 학술논문

聚合物太阳能电池是一种将光能直接转换为电能的固体薄膜器件，具有生产成本低，重量轻，可柔性制备等优点，近年来受到学界与相关产业界的广泛关注。但是因为有机材料容易被空气中的水和氧气氧化，所以其稳定性一直是一个薄弱环节。文章介绍了有机太阳能电池的工作原理，结构的发展进程，活性层和电极材料的改进方法以及电池封装材料的选择等内容，论述了目前提高有机太阳能电池使用寿命的研究现状。
취합물태양능전지시일충장광능직접전환위전능적고체박막기건，구유생산성본저，중량경，가유성제비등우점，근년래수도학계여상관산업계적엄범관주。단시인위유궤재료용역피공기중적수화양기양화，소이기은정성일직시일개박약배절。문장개소료유궤태양능전지적공작원리，결구적발전진정，활성층화전겁재료적개진방법이급전지봉장재료적선택등내용，논술료목전제고유궤태양능전지사용수명적연구현상。
Organic solar cell was a kind of device which was able to convert the optical energy to electric energy directly. In addition, it had a low production cost, light weight and flexible structure, which caused a widely focus of many scholars and related industries. However, the stability of it was a weak aspect as the polymer in it was easy to be oxidated by water and oxygen in the air. The chap-ter introduced the structure and working principle of solar cell, stated the study situation of how to improve the lifetime of it. In par-ticular, several effective ways for enhancing the performance of the materials by doping some types of antioxidants and a number of varieties of encapsulation techniques were analyzed and summarized.