Organic photovoltaic devices (OPVs) are rapidly approaching the commercialization threshold thanks to continuous advances in conversion efficiencies and device durability. Even though the design of high performing active dyes (polymeric and molecular) has dominated the literature, the formulation of strategies improving stability and processability is at least as important as the achievement of record
由于转换效率和器件耐用性的不断进步,有机光伏器件 (OPV) 正在迅速接近商业化门槛。尽管高性能活性
染料(聚合物和分子)的设计在文献中占主导地位,但提高稳定性和可加工性的策略制定至少与实现创纪录的效率一样重要。本文提出使用基于
丙烯酸封端
方酸的功能性光刻胶作为 OPV 器件的光敏层。我们的结果表明,沉积后光聚合过程导致不溶性光活性层保留了相当大的功率转换效率,相对于母体未曝光材料的效率有所提高。