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Investigation of device performance due to inclusion of Ru and Pt based heavy metals in organometllic solar cells

机译:对有机金属太阳能电池中包含Ru和Pt基重金属的器件性能的研究

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Conjugated polymers doped with metal ions offer superior material properties in the development of next generation flexible PV technology. Charge transport mechanism in metallated conjugated polymer with different solvent processing was described by A.F. Mitul in [1]. In this work, the modification of heavy metals e.g, Pt, Ru etc in organometllic solar devices are investigated. The variation in device performance i.e, open circuit voltage (V_(oc)), external quantum efficiency (EQE) is explained in the light of nano scale morphology. Change of heavy metals in organic-chemical structure provides differences in nanoscale morphology and hence, it describes the favorable condition for optimum device performance.
机译:掺杂金属离子的共轭聚合物在下一代柔性PV技术的开发中提供了卓越的材料性能。 A.F. Mitul在[1]中描述了采用不同溶剂处理的金属化共轭聚合物中的电荷传输机理。在这项工作中,研究了有机金属太阳能器件中重金属如Pt,Ru等的改性。器件性能的变化即开路电压(V_(oc)),外部量子效率(EQE)的变化是根据纳米尺度的形态来解释的。有机化学结构中重金属的变化提供了纳米级形态的差异,因此,它描述了实现最佳器件性能的有利条件。

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