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Optical Bistability Based on the Temperature Dependence of the Radiative Recombination Time: a New Class of Optical Bistability Components

机译:基于辐射复合时间的温度依赖性的光学双稳性:一类新型的光学双稳性组件

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摘要

The effect of the temperature dependence of the free-electron radiative recombination time on the onset of absorption optical bistability has been considered within the point-charge model. The existence of multistable states and the possibility of reducing by tens of times the switching temperatures and intensities and the differences between their corresponding values have been revealed. This permits one to reduce considerably the energy expended per switching event and, hence, to increase the speed of response of a bistable system.
机译:在点电荷模型中,已经考虑了自由电子辐射复合时间的温度依赖性对吸收光学双稳性开始的影响。已经揭示了多稳态的存在以及将开关温度和强度降低数十倍的可能性以及它们的对应值之间的差异。这样可以大大减少每个开关事件消耗的能量,从而提高双稳态系统的响应速度。

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