This paper analyzes the performance of antennas made by quantum dots, by studying the effects of the transition element (a nanowire) posed between the antenna and the final load. The analysis is performed in the frame of the circuit theory, in the long wavelength and weak field limits. It is highlighted a huge effect related to the quantum parameters of the nanowire, dramatically affecting the performance in terms of power delivered to the load
Load Effects on Quantum Dots Antennas Connected with Nanowires
Maffucci A.
Methodology
;Tamburrino A.Formal Analysis
;
2022-01-01
Abstract
This paper analyzes the performance of antennas made by quantum dots, by studying the effects of the transition element (a nanowire) posed between the antenna and the final load. The analysis is performed in the frame of the circuit theory, in the long wavelength and weak field limits. It is highlighted a huge effect related to the quantum parameters of the nanowire, dramatically affecting the performance in terms of power delivered to the loadFile in questo prodotto:
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