Basha, B. Et Al. 2024. Designing and significantly improved TeO2-based glass system for nuclear engineering applications: Radiation shielding performance and optical transparency. Journal of Engineering Research (Kuwait) , vol.12, no.2 , 17-24.

Basha, B., Alrowaili, Z., Huwayz, M. A., Alnairi, M. M., Alsufyani, S. J., EKE, C., ... Olarinoye, I.(2024). Designing and significantly improved TeO2-based glass system for nuclear engineering applications: Radiation shielding performance and optical transparency. Journal of Engineering Research (Kuwait) , vol.12, no.2, 17-24.

Basha, Beriham Et Al. "Designing and significantly improved TeO2-based glass system for nuclear engineering applications: Radiation shielding performance and optical transparency," Journal of Engineering Research (Kuwait) , vol.12, no.2, 17-24, 2024

Basha, Beriham Et Al. "Designing and significantly improved TeO2-based glass system for nuclear engineering applications: Radiation shielding performance and optical transparency." Journal of Engineering Research (Kuwait) , vol.12, no.2, pp.17-24, 2024

Basha, B. Et Al. (2024) . "Designing and significantly improved TeO2-based glass system for nuclear engineering applications: Radiation shielding performance and optical transparency." Journal of Engineering Research (Kuwait) , vol.12, no.2, pp.17-24.

@article{article, author={Beriham Basha Et Al. }, title={Designing and significantly improved TeO2-based glass system for nuclear engineering applications: Radiation shielding performance and optical transparency}, journal={Journal of Engineering Research (Kuwait)}, year=2024, pages={17-24} }