Author:
AL-Saidi Shakir A. A.,Mokhilif Mohammed H,Tuaimah Ali Natheer
Abstract
In this study, Nano-diode is proposed using an asymmetric structure of two different molecules attached to metal electrodes. The asymmetric molecular structure acts as a molecular diode (MD) in uniformity circuits at the Nano scale. A tight-binding model is adopted to describe MD, and the results are based on the steady-state formula to illustrate charge transfer. Theoretical calculations of the conductivity and current as a function of time, the study of the effect of heat on it, as well as the study of the rectification current ratio as a function of bias voltage, all these calculations were made using two types of molecules of DNA, they are (G/C) and (A/T). The results were encouraging because they gave the common features of the rectification. The analysis may be useful in the fabrication of electronic devices with Nanotechnology.
Publisher
South Asian Academic Publications
Reference28 articles.
1. Ayoub Oukhate , Mohamed Bakhouya and Driss EL ouadghiri , Electromagnetic –Based Wireless Nano-Sensors Network: Architectures and Applications , Journal of communications, Vol 6 .No1 ,2021 , pp 8-19.
2. Gang Wang , Nanotechnology : The New Feature , 8Dec ,2018, arxiv:;1812 . 04939v1[cs. ET]
3. Shapira,Philip and Jan Youtie, Introduction to the Symposium issue: Nano technology innovation and Policy current Strategies and Future Trajectories , the Journal of technology transfer 36.6 ,2011,pp581-586
4. Wenyong Su"First principles study of Molecular Electronic Devices "Royal institute of technology ,stock holm, Sweden,2006 ,ISBN91-7178-990-7
5. James R . Health " Molecular Electronics" Annu, Rev ,mater . Res,2009,39:pp1-23