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Optical methods and optical devices using the semi-continuous metal film nano-particles, and micro-cavities,

机译:使用半连续金属膜纳米颗粒和微腔的光学方法和光学器件,

摘要

A medium containing (32) interconnected nanoparticles including a plurality of fractal, A (created and a corresponding method) optical sensing enhancing material comprising a (44) micro-cavity, the medium is placed close to the microcavity. It also provides, to be placed close to the microcavity medium is doped, (including agglomerated nanoparticles including a plurality of fractal medium) a light source medium is doped medium is doped with material sensing method and an optical sensor for detecting light reflected from the medium to excite, was doped. Also, (medium comprises a semicontinuous metal film clusters and their metal particles randomly distributed in the percolation threshold of approximately their) light sensing enhancing material include medium. Preferably, the medium further comprises a microcavity / microresonator. In addition, devices and methods to use the substance. [Selection] Figure 12
机译:包含(32)相互连接的纳米粒子的介质,该介质包括多个包含(44)微腔的分形A(创建的方法和相应的方法)光学传感增强材料,该介质靠近微腔放置。还提供了要被放置在靠近微腔的位置进行掺杂的介质(包括包括多个分形介质的团聚纳米颗粒),被掺杂材料的光源介质(采用材料感测方法)和用于检测从介质反射的光的光学传感器。兴奋,被掺杂。另外,(介质包括半连续的金属膜簇,并且它们的金属颗粒随机地分布在大约它们的渗透阈值中)光敏增强材料包括介质。优选地,介质还包括微腔/微谐振器。另外,使用该物质的装置和方法。 [选择]图12

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