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Effectiveness of the TGI-QRPA approach for studying the electric dipole response
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E. Guliyev Et Al. , "Effectiveness of the TGI-QRPA approach for studying the electric dipole response," PHYSICA SCRIPTA , vol.98, no.12, 2023

Guliyev, E. Et Al. 2023. Effectiveness of the TGI-QRPA approach for studying the electric dipole response. PHYSICA SCRIPTA , vol.98, no.12 .

Guliyev, E., Quliyev, H., & Kuliev, A. A., (2023). Effectiveness of the TGI-QRPA approach for studying the electric dipole response. PHYSICA SCRIPTA , vol.98, no.12.

Guliyev, Ekber, HÜSEYNQULU QULİYEV, And Ali Akbar Kuliev. "Effectiveness of the TGI-QRPA approach for studying the electric dipole response," PHYSICA SCRIPTA , vol.98, no.12, 2023

Guliyev, Ekber Et Al. "Effectiveness of the TGI-QRPA approach for studying the electric dipole response." PHYSICA SCRIPTA , vol.98, no.12, 2023

Guliyev, E. Quliyev, H. And Kuliev, A. A. (2023) . "Effectiveness of the TGI-QRPA approach for studying the electric dipole response." PHYSICA SCRIPTA , vol.98, no.12.

@article{article, author={Ekber Guliyev Et Al. }, title={Effectiveness of the TGI-QRPA approach for studying the electric dipole response}, journal={PHYSICA SCRIPTA}, year=2023}