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首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >Selectively enhanced magnetic vertical conductive coupling among magnetic localized surface plasmons
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Selectively enhanced magnetic vertical conductive coupling among magnetic localized surface plasmons

机译:在磁性局部表面等离子体中选择性地增强磁垂直导电联轴器

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We present the experimental observation of selectively-enhanced magnetic vertical conductive coupling among magnetic localized surface plasmons. The system consists of two vertical conductively connected metallic spiral structures (MSSs) whose magnetic dipole modes interact with the help of strong conduction current through the connecting rod, exhibiting a much stronger magnetic coupling than that in an unconnected MSSs dimer. In particular, one of the two split coupled magnetic dipole modes will shift dramatically to a much lower frequency, while the other split magnetic dipole mode remains almost unaffected compared to the unconnected MSSs dimer. We also demonstrate that the vertical couplings among the electric dipole mode are kept almost unchanged even when the two MSSs are connected.
机译:我们介绍了磁性局部表面等离子体中选择性增强的磁垂直导电耦合的实验观察。 该系统由两个垂直导电连接的金属螺旋结构(MSS)组成,其磁性偶极模式在通过连接杆的强导电电流的帮助下相互作用,该磁耦合比未连接的MSS二聚体中的更强烈的磁耦合。 特别地,两种分离耦合磁偶极偶极模式中的一个将显着地偏移到远更低的频率,而另一个分开的磁性偶极模式与未连接的MSS二聚体相比仍然几乎不受影响。 我们还证明,即使连接两个MSS,电力偶极模式之间的垂直耦合几乎保持不变。

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