首页> 外文期刊>Electronics Newsweekly >Findings from Amity University Reveals New Findings on Quantum Electronics (Refractive Index Sensing Performances for Single-metal and Bimetallic Tamm Plasmon Configurations With an Investigation of Different Structural Configurations Dependency)
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Findings from Amity University Reveals New Findings on Quantum Electronics (Refractive Index Sensing Performances for Single-metal and Bimetallic Tamm Plasmon Configurations With an Investigation of Different Structural Configurations Dependency)

机译:爱德大学的研究结果揭示了量子电子学的新发现(单金属和双金属塔姆等离子体构型的折射率传感性能,并研究了不同结构构型的依赖性)

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By a News Reporter-Staff News Editor at Electronics Newsweekly –Current study results on Electronics - Quantum Electronics have been published. According to newsreporting originating from West Bengal, India, by VerticalNews correspondents, research stated, “This paperpresents a comparative study of optical Tamm plasmon (OTP) realized with single metal and bimetalliccombinations. Different parameters of the structural configuration such as the dielectric thickness ofthe DBR constituents (d(1) and d(2)), angle of incidence (8) and suitable metal thickness (d(m)) areinvestigated on the effect of realization of OTP formation.”
机译:作者:新闻记者 - 电子新闻周刊的新闻编辑 - 当前关于电子学的研究结果 - 量子电子学已经发表。根据VerticalNews记者来自印度西孟加拉邦的新闻报道,研究指出,“本文对用单金属和双金属组合实现的光学Tamm等离子体(OTP)进行了比较研究。研究了DBR组分的介电厚度(d(1)和d(2))、入射角(8)和合适的金属厚度(d(m))等不同结构构型参数对OTP形成的实现影响。

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