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Barrier characteristics of biopolymer-based organic/inorganic Au/CTS/n-InP hybrid junctions
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B. Abay, "Barrier characteristics of biopolymer-based organic/inorganic Au/CTS/n-InP hybrid junctions," PHILOSOPHICAL MAGAZINE , vol.95, no.31, pp.3413-3428, 2015

Abay, B. 2015. Barrier characteristics of biopolymer-based organic/inorganic Au/CTS/n-InP hybrid junctions. PHILOSOPHICAL MAGAZINE , vol.95, no.31 , 3413-3428.

Abay, B., (2015). Barrier characteristics of biopolymer-based organic/inorganic Au/CTS/n-InP hybrid junctions. PHILOSOPHICAL MAGAZINE , vol.95, no.31, 3413-3428.

Abay, Bahattin. "Barrier characteristics of biopolymer-based organic/inorganic Au/CTS/n-InP hybrid junctions," PHILOSOPHICAL MAGAZINE , vol.95, no.31, 3413-3428, 2015

Abay, Bahattin. "Barrier characteristics of biopolymer-based organic/inorganic Au/CTS/n-InP hybrid junctions." PHILOSOPHICAL MAGAZINE , vol.95, no.31, pp.3413-3428, 2015

Abay, B. (2015) . "Barrier characteristics of biopolymer-based organic/inorganic Au/CTS/n-InP hybrid junctions." PHILOSOPHICAL MAGAZINE , vol.95, no.31, pp.3413-3428.

@article{article, author={Bahattin ABAY}, title={Barrier characteristics of biopolymer-based organic/inorganic Au/CTS/n-InP hybrid junctions}, journal={PHILOSOPHICAL MAGAZINE}, year=2015, pages={3413-3428} }