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Spatial control of the optical focusing properties of photonic nanojets

机译:光子纳米射流的光学聚焦特性的空间控制

摘要

Methods and apparatus for concentrating light into a specified focal volume and for collecting light from a specified volume. Incident light is coupled through a plurality of successive transmissive asymmetric microstructure elements. The succession of transmissive asymmetric microstructure elements may be designed by representing an electromagnetic field as a linear combination of eigenmodes of one of the succession of transmissive asymmetric microstructure elements. The asymmetric microstructure elements are represented as a plurality of mesh lattice units and eigenmode solutions to Maxwell's equations are obtained for each mesh lattice unit subject to consistent boundary conditions. S-matrix formalism is employed to calculate a field output and weighting coefficients for the eigenmodes are selected to achieve a specified set of field output characteristics.
机译:用于将光聚集到指定的焦点体积中并从指定的体积中收集光的方法和设备。入射光通过多个连续的透射不对称微结构元件耦合。可以通过将电磁场表示为连续的不对称微结构元件的其中之一的本征模的线性组合来设计连续的不对称微结构元件的连续。将不对称的微结构元素表示为多个网格单元,并为每个网格单元在边界条件一致的情况下获得麦克斯韦方程的本征模解。使用S矩阵形式主义来计算场输出,并选择本征模的加权系数以实现一组指定的场输出特性。

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