E. Güler Et Al. , "A theoretical benchmark for the electronic, optical, and thermoelectrical characteristics of bulk and monolayer BiS2," Micro and Nanostructures , vol.178, no.2023, pp.207568-207578, 2023
Güler, E. Et Al. 2023. A theoretical benchmark for the electronic, optical, and thermoelectrical characteristics of bulk and monolayer BiS2. Micro and Nanostructures , vol.178, no.2023 , 207568-207578.
Güler, E., Uğur, Ş., Güler, M., & Uğur, G., (2023). A theoretical benchmark for the electronic, optical, and thermoelectrical characteristics of bulk and monolayer BiS2. Micro and Nanostructures , vol.178, no.2023, 207568-207578.
Güler, EMRE Et Al. "A theoretical benchmark for the electronic, optical, and thermoelectrical characteristics of bulk and monolayer BiS2," Micro and Nanostructures , vol.178, no.2023, 207568-207578, 2023
Güler, EMRE Et Al. "A theoretical benchmark for the electronic, optical, and thermoelectrical characteristics of bulk and monolayer BiS2." Micro and Nanostructures , vol.178, no.2023, pp.207568-207578, 2023
Güler, E. Et Al. (2023) . "A theoretical benchmark for the electronic, optical, and thermoelectrical characteristics of bulk and monolayer BiS2." Micro and Nanostructures , vol.178, no.2023, pp.207568-207578.
@article{article, author={EMRE GÜLER Et Al. }, title={A theoretical benchmark for the electronic, optical, and thermoelectrical characteristics of bulk and monolayer BiS2}, journal={Micro and Nanostructures}, year=2023, pages={207568-207578} }