ANALYSIS OF ELECTRONIC AND TRANSPORT PROPERTIES OF UNSULLIED AND PHOSPHOROUS DOPED GRAPHENE BASED DEVICE
Keywords:
Graphene, Unsullied Device, Doped Device, Bandstructure, DDOS, Transmission Spectrum, I-V CharacteristicsAbstract
Graphene is a novel nanomaterial that possesses typical properties of high strength, mobility, and high aspect ratio. Many investigations have been carried out to attempt to distinguish the electronic and transport effect through them mainly in electronic devices. Thus these studies lead to the formation of a new potential candidate derived from graphene which is graphene nanoribbon based devices. Therefore in this paper, we tried to differentiate between doped and undoped graphene-based device. For analyzing electronic and transport properties we tend to applied totally different voltages (0.4, 0.2, 0,-0.2,-0.4) on the metallic region of the device for both the structures (doped and undoped) and have chosen phosphorous as a dopant.
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Copyright (c) 2024 Deep Kamal Kaur Randhawa (Author)
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