CAJ | 학술논문

对近几年石墨烯基电极染料敏化太阳能电池的研究成果进行了追踪，分析了多种改性石墨烯电极应用于染料敏化太阳能电池后能量转换效率变化的原因，深入研究了改善石墨烯对电解质的还原电催化反应活性物理机理，为解决该电池存在的问题理清了思路，对该方向未来的研究工作给出了建议，探索和制备新材料以进一步打破石墨烯的层间堆叠是提高该电池性能的关键。
대근궤년석묵희기전겁염료민화태양능전지적연구성과진행료추종，분석료다충개성석묵희전겁응용우염료민화태양능전지후능량전환효솔변화적원인，심입연구료개선석묵희대전해질적환원전최화반응활성물리궤리，위해결해전지존재적문제리청료사로，대해방향미래적연구공작급출료건의，탐색화제비신재료이진일보타파석묵희적층간퇴첩시제고해전지성능적관건。
In this paper , the research achievements on dye-sensitized solar cells using graphene-based elec-trodes ae tracked in recent year .The reason for the change of Power Conversion Efficiency (PCE) is analyzed when various modified graphene-based electrodes are used in dye-sensitized solar cell .The physical mecha-nism is studied deeply to improve the reducing electric catalytic reacivity of graphene on electrolyte .Finally, suggestions are given for the future research work in this area to clarify the thoughts for solving the problems of the dye sensitized solar cell .