Yiğit Arkan, M. Z. Et Al. 2022. Molecular engineering-device efficiency relation: Performance boosting of triboelectric nanogenerator through doping of small molecules. International Journal of Energy Research , vol.46, no.15 , 23517-23529.

Yiğit Arkan, M. Z., Kınas, Z., Arkan, E., Gökçe, C. O., Kara, K., Karabiber, A., ... Kuş, M.(2022). Molecular engineering-device efficiency relation: Performance boosting of triboelectric nanogenerator through doping of small molecules. International Journal of Energy Research , vol.46, no.15, 23517-23529.

Yiğit Arkan, Mesude Et Al. "Molecular engineering-device efficiency relation: Performance boosting of triboelectric nanogenerator through doping of small molecules," International Journal of Energy Research , vol.46, no.15, 23517-23529, 2022

Yiğit Arkan, Mesude Z. Et Al. "Molecular engineering-device efficiency relation: Performance boosting of triboelectric nanogenerator through doping of small molecules." International Journal of Energy Research , vol.46, no.15, pp.23517-23529, 2022

Yiğit Arkan, M. Z. Et Al. (2022) . "Molecular engineering-device efficiency relation: Performance boosting of triboelectric nanogenerator through doping of small molecules." International Journal of Energy Research , vol.46, no.15, pp.23517-23529.

@article{article, author={Mesude Z. Yiğit Arkan Et Al. }, title={Molecular engineering-device efficiency relation: Performance boosting of triboelectric nanogenerator through doping of small molecules}, journal={International Journal of Energy Research}, year=2022, pages={23517-23529} }