A. Al-Seadi, S., M .AbdulAlmohsin, S., Kh. Ajeel, S. (2017). Modeling of electron localization in a quasi-one-dimensional tight-binding chain. Alustath, 12(3), 30-41.
S. A. Al-Seadi; Samir. M .AbdulAlmohsin; Sadeq Kh. Ajeel. "Modeling of electron localization in a quasi-one-dimensional tight-binding chain". Alustath, 12, 3, 2017, 30-41.
A. Al-Seadi, S., M .AbdulAlmohsin, S., Kh. Ajeel, S. (2017). 'Modeling of electron localization in a quasi-one-dimensional tight-binding chain', Alustath, 12(3), pp. 30-41.
A. Al-Seadi, S., M .AbdulAlmohsin, S., Kh. Ajeel, S. Modeling of electron localization in a quasi-one-dimensional tight-binding chain. Alustath, 2017; 12(3): 30-41.

Modeling of electron localization in a quasi-one-dimensional tight-binding chain

Journal of Univesity of Thi-Qar
Article 1, Volume 12, Issue 3, September 2017, Pages 30-41
Authors
S. A. Al-Seadi; Samir. M .AbdulAlmohsin; Sadeq Kh. Ajeel
Abstract
In this paper we propose general formula for the transmission probability for electron transfer through DNA molecules have been derived in the level of nanometers size , by assuming DNA molecules chain as nano wire. We studied localization properties for two DNA sequences: [(G/C)10] and [(A/T)10]. We have also investigated and focused on the transmission for the these two periodic ,and both at temperature degrees (0 and 300K).
Keywords
transmission; Localization; DNA
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