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Metal-grating-based interconnection schemes which interconnect two or three layers of thin metal film waveguides for the surface plasmon polaritons (SPPs) are investigated. In our proposed structure, SPPs propagating along a metal film are diffracted with a specific deviation angle when they pass through metal gratings. The diffracted light waves are converted into the SPP mode by properly arranged...
A metallic-grating-based interconnection scheme that interconnects two waveguide layers of surface plasmon polaritons (SPPs) is presented. We designed a diffraction grating for radiating light from the SPPs into free space or a homogeneous medium. An efficient receiver grating for receiving the light into SPPs is also explored. Using the well-established finite-element method, the appropriate grating...
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