Abstract: This work is regarding a novel approach for modeling nano-antennas, based on plasmonic charge distribution, for 6G communications operating in THz.
Abstract—This work is regarding a novel approach for modeling nano-antennas, based on plasmonic charge distribution, for 6G communications operating in THz.
Numerical results demonstrate plasmonic resonances up to 47 THz as a function of temperature, which has been varied from 30 to 300 K, and a boundary-free ...
This work is regarding a novel approach for modeling nano-antennas, based on plasmonic charge distribution, for 6G communications operating in THz.
... Nano-Antenna Modelling Based on Plasmonic Charge Distribution for THz-based 6G Applications. 2020 2nd 6G Wireless Summit (6G SUMMIT), Mar 2020, Levi ...
May 8, 2024 · Nano-Antenna Modelling Based on Plasmonic Charge Distribution for THz-based 6G Applications. 6G SUMMIT 2020: 1-4. [+][–]. 2000 – 2009. FAQ.
This paper presents the concept of hybridization of surface plasmon and dielectric wave modes. Then, via an analysis of one-dimensional structures,
Missing: Modelling Charge
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2 days ago · We report a nonlinear terahertz (THz) detection device based on a metallic bull's-eye plasmonic antenna. The antenna, fabricated with ...
Nano-Antenna Modelling based on Plasmonic Charge Distribution for THz-based 6G Applications［C］//2020 2nd 6G Wireless Summit. Levi, Finland: IEEE, 2020 ...