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首页> 外文期刊>Bulletin of the Russian Academy of Sciences. Physics >MODES OF OPTICAL TRANSPARENCY IN ANISOTROPIC MEDIA
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MODES OF OPTICAL TRANSPARENCY IN ANISOTROPIC MEDIA

机译：各向异性介质中的光学透明模式

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摘要

Modes of nonlinear propagation of two-component radiation pulses through optically uniaxial media containing resonance particles were studied theoretically. Specific features of their manifestation in "dense" media and in media with pronounced positive and negative birefringences were revealed. Exponentially and power-like decreasing solutions to the set of material and wave equations were considered. It was shown that these solutions make it possible to describe also the propagation of pulses when the direct electric dipole-dipole interaction between resonance particles is taken into account.
机译：理论上研究了两组分辐射脉冲通过包含共振粒子的光学单轴介质的非线性传播方式。揭示了它们在“致密”介质中以及在具有明显正负双折射的介质中表现的特定特征。考虑了材料和波动方程组的指数级和幂次递减解。结果表明，当考虑到共振粒子之间的直接电偶极-偶极相互作用时，这些解决方案还可以描述脉冲的传播。

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