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WHOF 116: Theoretical and computational study on the transport phenomena in optoelectronic materials

机译:WHOF 116:关于光电材料中传输现象的理论和计算研究

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摘要

There have been remarkable progresses in the investigations of the organic optoelectronic functional materials recently. Focusing on the electroluminescence, carrier transport, as well as the influences of morphology on the power conversion efficiency and open circuit voltage and short circuit current, thermal electric conversion, we have developed multiscale approach to simulate the electronic and excited state processes. We proposed a nuclear tunneling model for carrier transport.
机译:最近,在有机光电功能材料的研究中取得了显着进展。着眼于电致发光,载流子输运以及形态对功率转换效率,开路电压和短路电流,热电转换的影响,我们开发了多尺度方法来模拟电子和激发态过程。我们提出了一种用于运载工具运输的核隧穿模型。

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