Strategies in Reduction of Power Leakage from Three-dimensional Plamsmonic Circuits Based on Planar Arrangement, M.Sc. Thesis Sharif University of Technology ; Mehrany, Khashayar (Supervisor)
Abstract
The focus of this thesis is on reduction of power leakage from bent structures formed by three-dimensional plasmonic waveguides. Since plasmonic waveguides should meet certain conditions to be appropriate for future plasmonic integrated circuits, bunch of hitherto reported plasmonic waveguides are considered and only two of them, viz. plasmonic slot and square coaxial, are selected as suitable candidates for further studies.
Transmission efficiency of sharp bend and dead-end formed in structures based on plasmonic slot waveguides are significantly improved by introducing easy-to-fabricate defects that eliminate in- and out-of-plane power leakage. Afterward, the plasmonic square coaxial... Cataloging briefStrategies in Reduction of Power Leakage from Three-dimensional Plamsmonic Circuits Based on Planar Arrangement, M.Sc. Thesis Sharif University of Technology ; Mehrany, Khashayar (Supervisor)
Abstract
The focus of this thesis is on reduction of power leakage from bent structures formed by three-dimensional plasmonic waveguides. Since plasmonic waveguides should meet certain conditions to be appropriate for future plasmonic integrated circuits, bunch of hitherto reported plasmonic waveguides are considered and only two of them, viz. plasmonic slot and square coaxial, are selected as suitable candidates for further studies.
Transmission efficiency of sharp bend and dead-end formed in structures based on plasmonic slot waveguides are significantly improved by introducing easy-to-fabricate defects that eliminate in- and out-of-plane power leakage. Afterward, the plasmonic square coaxial... Find in contentBookmark |
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