Dakhlaoui, H. Et Al. 2023. Electronic states and optical characteristics of GaAs Spherical quantum dot based on Konwent-like confining potential: Role of the hydrogenic impurity and structure parameters. Optik , vol.277 .

Dakhlaoui, H., Belhadj, W., Musa, M., & UNGAN, F., (2023). Electronic states and optical characteristics of GaAs Spherical quantum dot based on Konwent-like confining potential: Role of the hydrogenic impurity and structure parameters. Optik , vol.277.

Dakhlaoui, H. Et Al. "Electronic states and optical characteristics of GaAs Spherical quantum dot based on Konwent-like confining potential: Role of the hydrogenic impurity and structure parameters," Optik , vol.277, 2023

Dakhlaoui, H. Et Al. "Electronic states and optical characteristics of GaAs Spherical quantum dot based on Konwent-like confining potential: Role of the hydrogenic impurity and structure parameters." Optik , vol.277, 2023

Dakhlaoui, H. Et Al. (2023) . "Electronic states and optical characteristics of GaAs Spherical quantum dot based on Konwent-like confining potential: Role of the hydrogenic impurity and structure parameters." Optik , vol.277.

@article{article, author={H. Dakhlaoui Et Al. }, title={Electronic states and optical characteristics of GaAs Spherical quantum dot based on Konwent-like confining potential: Role of the hydrogenic impurity and structure parameters}, journal={Optik}, year=2023}