Ali, A. H. Et Al. 2024. Theoretical comparison of transition rate B(E2) and deformation parameter with experimental data for calcium (20Ca) isotopes using shell model theory. Modern Physics Letters A , vol.39, no.25-26 .

Ali, A. H., AKKOYUN, S., Abbasi, A., Hossain, I., Korna, A., Deressu, T. T., ... Alshammari, H.(2024). Theoretical comparison of transition rate B(E2) and deformation parameter with experimental data for calcium (20Ca) isotopes using shell model theory. Modern Physics Letters A , vol.39, no.25-26.

Ali, Ahmed Et Al. "Theoretical comparison of transition rate B(E2) and deformation parameter with experimental data for calcium (20Ca) isotopes using shell model theory," Modern Physics Letters A , vol.39, no.25-26, 2024

Ali, Ahmed H. Et Al. "Theoretical comparison of transition rate B(E2) and deformation parameter with experimental data for calcium (20Ca) isotopes using shell model theory." Modern Physics Letters A , vol.39, no.25-26, 2024

Ali, A. H. Et Al. (2024) . "Theoretical comparison of transition rate B(E2) and deformation parameter with experimental data for calcium (20Ca) isotopes using shell model theory." Modern Physics Letters A , vol.39, no.25-26.

@article{article, author={Ahmed H. Ali Et Al. }, title={Theoretical comparison of transition rate B(E2) and deformation parameter with experimental data for calcium (20Ca) isotopes using shell model theory}, journal={Modern Physics Letters A}, year=2024}