Batouche, M. Et Al. 2020. DFT-investigation on anisotropy degree of electronic, optical, and mechanical properties of olivine ZnRE2S4 (RE = Er, Tm) compounds. MATERIALS RESEARCH EXPRESS , vol.7, no.1 .

Batouche, M., Seddik, T., Uğur, Ş., Uğur, G., Messekine, S., Vu, T. V., ... Khyzhun, O. Y.(2020). DFT-investigation on anisotropy degree of electronic, optical, and mechanical properties of olivine ZnRE2S4 (RE = Er, Tm) compounds. MATERIALS RESEARCH EXPRESS , vol.7, no.1.

Batouche, M. Et Al. "DFT-investigation on anisotropy degree of electronic, optical, and mechanical properties of olivine ZnRE2S4 (RE = Er, Tm) compounds," MATERIALS RESEARCH EXPRESS , vol.7, no.1, 2020

Batouche, M. Et Al. "DFT-investigation on anisotropy degree of electronic, optical, and mechanical properties of olivine ZnRE2S4 (RE = Er, Tm) compounds." MATERIALS RESEARCH EXPRESS , vol.7, no.1, 2020

Batouche, M. Et Al. (2020) . "DFT-investigation on anisotropy degree of electronic, optical, and mechanical properties of olivine ZnRE2S4 (RE = Er, Tm) compounds." MATERIALS RESEARCH EXPRESS , vol.7, no.1.

@article{article, author={M. Batouche Et Al. }, title={DFT-investigation on anisotropy degree of electronic, optical, and mechanical properties of olivine ZnRE2S4 (RE = Er, Tm) compounds}, journal={MATERIALS RESEARCH EXPRESS}, year=2020}