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Theoretical Analysis of On-chip Vertical Hybrid Plasmonic Nanograting
[post]
2021
unpublished
a CMOS compatible photonic-plasmonic waveguide with nanoscale optical confinement has been proposed for the infrared (IR)-band applications. The design is based on the multilayer hybrid plasmonic waveguide (Si-SiO2-Au) structure. The 3D-finite element method (FEM) numerical simulation of single slot HPWG confirms 2.5 dB/cm propagation loss and 15 um− 2 confined intensity. Moreover, its application as dual-slot nanograting is studied which shows better propagation length and ultra-low dispersion
doi:10.21203/rs.3.rs-532746/v1
fatcat:gkvmpwk5hfhvvoiuxbcukohvcq