A Electron transport study on ultrathin armchair graphene nanoribbone
DOI:
https://doi.org/10.31257/2018/JKP/2019/110209Keywords:
Electron transport , ultrathin armchair graphene , nanoribbone, tight-binding approximationAbstract
Using first-principles quantum transport simulations, this work examines changes in the total electronic currents within the plane of short ultrathin graphene nanoribbon with armchair edges (AGNR). A 5-AGNR-M (M = 4,12,20 and 28 zigzag line) junction was simulated and its transmission were analyzed. The I-V curves under external bias exhibit remarkable semiconducting characteristics. It further demonstrates that the length of the junction also showed significant effects in the determination of the semiconducting nature. More importantly, a significant increasing by double in bias voltage threshold of I–V characteristics have been observed for the positively charged nanoribbon in the family of 5-AGNRs.
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Copyright (c) 2023 Aqeel Mohsin Ali
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