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Kinetics of thermalization of electric charge carriers in organic molecular semiconductors in strong electric fields

机译:强电场中有机分子半导体中载流子热化的动力学

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摘要

The kinetics of photogeneration of electric charge carriers in organic molecular semiconductors in strong electric fields is investigated within a theoretical model that includes the diffusion-drift mechanism of motion of electric charge carriers. In the framework of the proposed model, it is established that the time dependence of the probability of dissociation of a geminal pair exhibits an exponential behavior. The time constant strongly depends on the electric charge carrier hopping distance and the external electric field strength in accordance with the experimental data.
机译:在一个理论模型中研究了有机分子半导体在强电场中电荷载流子的光生动力学,该理论模型包括电荷载流子运动的扩散漂移机制。在提出的模型的框架中,建立了双子星对解离概率的时间依赖性表现出指数行为。根据实验数据,时间常数在很大程度上取决于电荷载流子的跳跃距离和外部电场强度。

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