Azizi, B. Et Al. 2024. Enhanced chemical activity and gas sensing performance of silicene nanosheets by noble metal (Au, Ag) decoration: A DFT study. COMPUTATIONAL AND THEORETICAL CHEMISTRY , vol.1242 .

Azizi, B., Rzayev, R., & Vessally, E., (2024). Enhanced chemical activity and gas sensing performance of silicene nanosheets by noble metal (Au, Ag) decoration: A DFT study. COMPUTATIONAL AND THEORETICAL CHEMISTRY , vol.1242.

Azizi, B, Rövnəq Rzayev, And E Vessally. "Enhanced chemical activity and gas sensing performance of silicene nanosheets by noble metal (Au, Ag) decoration: A DFT study," COMPUTATIONAL AND THEORETICAL CHEMISTRY , vol.1242, 2024

Azizi, B Et Al. "Enhanced chemical activity and gas sensing performance of silicene nanosheets by noble metal (Au, Ag) decoration: A DFT study." COMPUTATIONAL AND THEORETICAL CHEMISTRY , vol.1242, 2024

Azizi, B. Rzayev, R. And Vessally, E. (2024) . "Enhanced chemical activity and gas sensing performance of silicene nanosheets by noble metal (Au, Ag) decoration: A DFT study." COMPUTATIONAL AND THEORETICAL CHEMISTRY , vol.1242.

@article{article, author={B Azizi Et Al. }, title={Enhanced chemical activity and gas sensing performance of silicene nanosheets by noble metal (Au, Ag) decoration: A DFT study}, journal={COMPUTATIONAL AND THEORETICAL CHEMISTRY}, year=2024}