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arXiv physics/0406134physics.optics
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二维微腔的理论与实验

2-d Microcavities: Theory and Experiments

Jens U. Noeckel, Richard K. Chang

备注：
For hgher-quality figures, see http://darkwing.uoregon.edu/~noeckel/papers.php#xref25
发表信息：
"Cavity-Enhanced Spectroscopies", edited by Roger D. van Zee and John P. Looney (a volume of Experimental Methods in the Physical Sciences), Academic Press, San Diego, 2002
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摘要：

概述了非傍轴模式结构的介电微腔的物理，例子是微滴和边发射半导体微激光器。特别注意的是腔，其中两个空间自由度耦合通过边界几何形状。这通常需要数值计算来获得电磁腔场，因此直观的理解变得困难。然而，在近轴光学，射线图像显示的解释和预测的力量，可以指导设计的微腔。为了理解这种非对称谐振腔中的射线-波连接，需要混沌动力学的方法。

英文摘要：

An overview is provided over the physics of dielectric microcavities with non-paraxial mode structure; examples are microdroplets and edge-emitting semiconductor microlasers. Particular attention is given to cavities in which two spatial degrees of freedom are coupled via the boundary geometry. This generally necessitates numerical computations to obtain the electromagnetic cavity fields, and hence intuitive understanding becomes difficult. However, as in paraxial optics, the ray picture shows explanatory and predictive strength that can guide the design of microcavities. To understand the ray-wave connection in such asymmetric resonant cavities, methods from chaotic dynamics are required.

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