polariton相关论文
The plasmonic property of heavily doped p-type silicon is studied here.Although most of the plasmonic devices use metal-......
In this paper, we have analysed theoretically the polarization and dielectric constant generated by the nonlinear intera......
We have analysed theoretically the polarization and dielectric constant of uniaxial ionic crystals, including theeffect ......
In this paper the bulk exciton polaritons in teary mixed crystals (TMCs) are investigated in the Bo-Huang approximation.......
We report observation of dispersion for coupled exciton-polariton in a plate microcavity combining with ZnO/MgZnO multi-......
Soliton Properties of Light Pulses on the Surface of Ionic Crystals Generated by Strong Nonlinear Ef
为探究吕家坨井田地质构造格局,根据钻孔勘探资料,采用分形理论和趋势面分析方法,研究了井田7......
Soliton Properties of Light Pulses on the Surface of Ionic Crystals Generated by Strong Nonlinear Ef
In this paper, we theoretically discuss the soliton properties of light pulse transportation on the surface of an ionic ......
随着后摩尔时代的到来,对大容量、高速度信息处理的需求使得半导体器件应用由电子集成转向光子集成,高性能微纳激光器是实现光子集......
We report observation of dispersion for coupled exciton-polariton in a plate microcavity combining with ZnO/MgZnO multi-......
在给出介质中的光(电磁)波与极化波混合作用而得出的极化激元方程、极化激元色散方程之后又讨论了相应的物理意义及相关的物理问题......
量子阱超晶格和方形截面量子阱线超晶格中极化激元的色散关系被详细讨论在量子阱超晶格和量子阱线超晶格中,我们得到了四支极化激元......
在存在着随机粗糙和空间色散时,利用了一个数字模型研究表面激子极化激元的定域化.发现定域化出现在表面激子极化激元的最大频率附......
从慢光的运动方程出发,沿着探测光的运动方向引入两种特殊空间分布的驱动光:"U-型"和"V-型"分布,研究在电磁感应透明介质中,慢光的......
本文从波动方程出发,系统地阐明了铁电材料中,电磁波与各种模式的耦合,包括下面三个方面:纵向光学模式与弹性波的耦合;电磁耦子与......
Solition Properties of Light Pulses on the Surface of Ionic Crystals Generated by Strong Nonlinear E
In this paper,we theoretical discuss the solition properties of light pulse transportation on the surface of an ionic cr......
讨论了离子晶体量子线中的非线性极化激元的色散关系.由于量子线对电磁波场的尺寸限制作用及原胞中离子间的非线性相互作用,使离子......
对压电体超晶格中电磁波的传播情况进行了研究. 通过压电效应,压电体超晶格中的纵振动声波将引起横向电极化,这一极化会与某一特定......
In this paper,we report the exciton polaritons in both positive and negative detuning micro cavities based on InGaN mult......