COŞKUN, E. Et Al. 2023. Nanowire geometry effects on devices and transport mechanisms: SnS2/SiNW heterojunction. Journal of Materials Science , vol.58, no.38 , 15132-15143.

COŞKUN, E., Emir, C., TERLEMEZOĞLU BİLMİŞ, M., & PARLAK, M., (2023). Nanowire geometry effects on devices and transport mechanisms: SnS2/SiNW heterojunction. Journal of Materials Science , vol.58, no.38, 15132-15143.

COŞKUN, EMRE Et Al. "Nanowire geometry effects on devices and transport mechanisms: SnS2/SiNW heterojunction," Journal of Materials Science , vol.58, no.38, 15132-15143, 2023

COŞKUN, EMRE Et Al. "Nanowire geometry effects on devices and transport mechanisms: SnS2/SiNW heterojunction." Journal of Materials Science , vol.58, no.38, pp.15132-15143, 2023

COŞKUN, E. Et Al. (2023) . "Nanowire geometry effects on devices and transport mechanisms: SnS2/SiNW heterojunction." Journal of Materials Science , vol.58, no.38, pp.15132-15143.

@article{article, author={EMRE COŞKUN Et Al. }, title={Nanowire geometry effects on devices and transport mechanisms: SnS2/SiNW heterojunction}, journal={Journal of Materials Science}, year=2023, pages={15132-15143} }