为进一步发展低能量损失、高效率的有机光伏体系，我们可以通过优化ADA‘

为进一步发展低能量损失、高效率的有机光伏体系，我们可以通过优化ADA‘DA型结构的受体材料的分子结构，探究分子的内在性质，探索器件运行机理与分子结构之间的内在规律。我的研究内容是基于低能损的Qx体系，设计合成新型非富勒烯受体，旨在增加Jsc的同时保持高开路电压，于是我们在Qx中心核的噻吩b位置引入了支化的烷基链

To further develop low energy loss and high efficiency organic photovoltaic systems, we can optimize the molecular structure of ADA DA type receptor materials, explore the intrinsic properties of molecules, and explore the inherent laws between device operation mechanism and molecular structure. My research focuses on the design and synthesis of novel non fullerene receptors based on low energy loss Qx systems, with the aim of increasing Jsc while maintaining high open circuit voltage. Therefore, we introduced branched alkyl chains at the thiophene b position of the Qx central nucleus

In order to further develop an organic photovoltaic system with low energy loss and high efficiency, we can optimize the molecular structure of the Ada' da type acceptor material, explore the intrinsic properties of the molecule, and explore the inherent law between the device operation mechanism and the molecular structure. My research content is to design and synthesize a new type of non-fullerene acceptor based on Qx system with low energy loss, in order to increase Jsc while maintaining high open circuit voltage, so we introduce branched alkyl chains at thiophene B position of Qx central core.