Ultra-valuate nano-scale antenna for water purifications

In interconnect electronic chip applications, nano-optical antennas have sparked a lot of attention. Some research has been conducted out in this work utilizing semi-classical electromagnetic-quantum theory to realize the feasibility of employing seat Single Wall Carbon Nanotube (SWCNT) based dipole antennas for connecting between electronic chips in an optical system. Two distinct SWCNT indices (10,10) and (21,21) were investigated and compared with identical dipoles based on Silicon Nano-Bars in this work (SILICON). To assess the suggested antenna performance, the material parameters of the proposed nanostructures are extracted from a quantum model. Initial resonance was detected at 230THz and 450THz, respectively, for the proposed antennas based on SWCNT 21,21 and SWCNT 10,10. However, when compared to antennas made of SWCNT, the performance of antennas made of SILICONE is superior. SILICONE antennas have been discovered to have a lower radiation efficiency than the SWCNT antenna.