Dakhlaoui, H. Et Al. 2023. GaAs Quantum Dot Confined with a Woods–Saxon Potential: Role of Structural Parameters on Binding Energy and Optical Absorption. Inorganics , vol.11, no.10 .

Dakhlaoui, H., Belhadj, W., Elabidi, H., UNGAN, F., & Wong, B. M., (2023). GaAs Quantum Dot Confined with a Woods–Saxon Potential: Role of Structural Parameters on Binding Energy and Optical Absorption. Inorganics , vol.11, no.10.

Dakhlaoui, Hassen Et Al. "GaAs Quantum Dot Confined with a Woods–Saxon Potential: Role of Structural Parameters on Binding Energy and Optical Absorption," Inorganics , vol.11, no.10, 2023

Dakhlaoui, Hassen Et Al. "GaAs Quantum Dot Confined with a Woods–Saxon Potential: Role of Structural Parameters on Binding Energy and Optical Absorption." Inorganics , vol.11, no.10, 2023

Dakhlaoui, H. Et Al. (2023) . "GaAs Quantum Dot Confined with a Woods–Saxon Potential: Role of Structural Parameters on Binding Energy and Optical Absorption." Inorganics , vol.11, no.10.

@article{article, author={Hassen Dakhlaoui Et Al. }, title={GaAs Quantum Dot Confined with a Woods–Saxon Potential: Role of Structural Parameters on Binding Energy and Optical Absorption}, journal={Inorganics}, year=2023}