M. Tas Et Al. , "Reduction of graphene oxide thin films using a stepwise thermal annealing assisted by L-ascorbic acid," DIAMOND AND RELATED MATERIALS , vol.92, pp.242-247, 2019
Tas, M. Et Al. 2019. Reduction of graphene oxide thin films using a stepwise thermal annealing assisted by L-ascorbic acid. DIAMOND AND RELATED MATERIALS , vol.92 , 242-247.
Tas, M., Altin, Y., & BEDELOĞLU, A., (2019). Reduction of graphene oxide thin films using a stepwise thermal annealing assisted by L-ascorbic acid. DIAMOND AND RELATED MATERIALS , vol.92, 242-247.
Tas, Mahmut, Yasin Altin, And AYŞE BEDELOĞLU. "Reduction of graphene oxide thin films using a stepwise thermal annealing assisted by L-ascorbic acid," DIAMOND AND RELATED MATERIALS , vol.92, 242-247, 2019
Tas, Mahmut Et Al. "Reduction of graphene oxide thin films using a stepwise thermal annealing assisted by L-ascorbic acid." DIAMOND AND RELATED MATERIALS , vol.92, pp.242-247, 2019
Tas, M. Altin, Y. And BEDELOĞLU, A. (2019) . "Reduction of graphene oxide thin films using a stepwise thermal annealing assisted by L-ascorbic acid." DIAMOND AND RELATED MATERIALS , vol.92, pp.242-247.
@article{article, author={Mahmut Tas Et Al. }, title={Reduction of graphene oxide thin films using a stepwise thermal annealing assisted by L-ascorbic acid}, journal={DIAMOND AND RELATED MATERIALS}, year=2019, pages={242-247} }