Download This PaperRole of Electrode in Tuning Quantum Transport Properties of Oxygen Ended Zigzag Boron Carbide Nanoribbon
6 Pages Posted: 4 Feb 2020
Date Written: January 28, 2020
Abstract
Herein we report radical swing in quantum transport action in two-dimensional zigzag Boron carbide nanoribbon (ZBC2N) due to change in electrodes from Au (111) to Graphene. In case of Gold Electrode this system shows metallic feature having enormously high device current (thousands of nA) whereas with Graphene electrodes system gets insulating having negligible current. Results obtained have been substantiated through transmission spectra analysis obtained at equilibrium (zero bias) and finite bias.
Keywords: Quantum transport, transmission spectra, Graphene, bias window
Suggested Citation: Suggested Citation
Bhowmick, Rinki and Saha, Dwaipayan and Mukherjee, Indrani and Roy, Jesmin and Kumar, Lavkush and Sen, Sabyasachi, Role of Electrode in Tuning Quantum Transport Properties of Oxygen Ended Zigzag Boron Carbide Nanoribbon (January 28, 2020). Proceedings of Industry Interactive Innovations in Science, Engineering & Technology (I3SET2K19), Available at SSRN: https://ssrn.com/abstract=3526711 or http://dx.doi.org/10.2139/ssrn.3526711
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