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Nonlinear dynamics and chaos of excitonic optical bistability system

机译:兴兴光学双稳态系统的非线性动力学和混沌

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摘要

Some results of probing to the common properties, including bistability, transient behavior, and instability of the excitonic optical nonlinear dynamic systems, such as interaction of light field with carrier in semiconductor, or anharmonic vibration of lattice in ionic crystal, are presented. Since the excitonic optical bistability (EOB) was found, it has garnered much attention for its advantage in properties and application prospects. Some models have been proposed for different kinds of OB. However, so far as we know, there has been relatively less concern given to the common dynamic characteristics of these systems, which are significant for applications. On the other hand, the instability of the EOB device certainly has the same importance, the study for which is not ample yet. In this paper we study the increasing absorptive OB, the behaviors of responding to inject signal, also the self-pulsing and chaotic phenomena in the excitonic OB systems.
机译:提出了一些探测探讨的探讨了激发性光学非线性动态系统的常见性能的结果,例如具有载体中的载体的光场的相互作用,或在离子晶体中的晶格的韧带振动。由于发现了兴奋性光学双体性(EOB),因此它在其在性质和应用前景中获得了很多关注。已经提出了某些型号用于不同种类的OB。然而,据我们所知,对这些系统的共同动态特征相对较低,这对应用具有重要意义。另一方面,EOB设备的不稳定肯定具有相同的重要性,研究尚未充分。在本文中,我们研究了增加吸收ob,响应注射信号的行为,也是激发器OB系统中的自脉冲和混沌现象。

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