In this paper, the uniaxial strain effect on the electronic properties of (6,6) finite armchair carbon nanotube was investigated by using the Green function technique and Landure-Buttiker formula. It was found that, in (6,6) finite carbon nanotube with 3q and 3q+1 length, where q is a certain integer, the current was induced by the application of a suitable tensile strain and compressive strain in low voltage, respectively. The current of (6,6) finite carbon nanotube with 3q-1 length was decreased by loading the uniaxial strain. According to the results semiconductor-metal transition in (6,6) finite carbon nanotube and vice versa is observed by applying uniaxial strain.
Faizabadi,S and Kargar,Z . (2019). Effect of uniaxial strain on the current of (6,6) finite armchair carbon nanotube. Iranian Journal of Physics Research, 12(1), 1-8.
MLA
Faizabadi,S , and Kargar,Z . "Effect of uniaxial strain on the current of (6,6) finite armchair carbon nanotube", Iranian Journal of Physics Research, 12, 1, 2019, 1-8.
HARVARD
Faizabadi S, Kargar Z. (2019). 'Effect of uniaxial strain on the current of (6,6) finite armchair carbon nanotube', Iranian Journal of Physics Research, 12(1), pp. 1-8.
CHICAGO
S Faizabadi and Z Kargar, "Effect of uniaxial strain on the current of (6,6) finite armchair carbon nanotube," Iranian Journal of Physics Research, 12 1 (2019): 1-8,
VANCOUVER
Faizabadi S, Kargar Z. Effect of uniaxial strain on the current of (6,6) finite armchair carbon nanotube. Iranian Journal of Physics Research. 2019;12(1):1-8 (In Persian).
