Majumdar, D. Et Al. 2024. In-situ Salen-type ligand formation-driven of a heterometallic Cu(II)-Hg(II) complex: Synthetic update, crystallographic features, DFT calculations, and unveil antimicrobial profiles. Inorganic Chemistry Communications , vol.160 .

Majumdar, D., Roy, S., Elizabeth Philip, J., TÜZÜN, B., & Hazra, S., (2024). In-situ Salen-type ligand formation-driven of a heterometallic Cu(II)-Hg(II) complex: Synthetic update, crystallographic features, DFT calculations, and unveil antimicrobial profiles. Inorganic Chemistry Communications , vol.160.

Majumdar, Dhrubajyoti Et Al. "In-situ Salen-type ligand formation-driven of a heterometallic Cu(II)-Hg(II) complex: Synthetic update, crystallographic features, DFT calculations, and unveil antimicrobial profiles," Inorganic Chemistry Communications , vol.160, 2024

Majumdar, Dhrubajyoti Et Al. "In-situ Salen-type ligand formation-driven of a heterometallic Cu(II)-Hg(II) complex: Synthetic update, crystallographic features, DFT calculations, and unveil antimicrobial profiles." Inorganic Chemistry Communications , vol.160, 2024

Majumdar, D. Et Al. (2024) . "In-situ Salen-type ligand formation-driven of a heterometallic Cu(II)-Hg(II) complex: Synthetic update, crystallographic features, DFT calculations, and unveil antimicrobial profiles." Inorganic Chemistry Communications , vol.160.

@article{article, author={Dhrubajyoti Majumdar Et Al. }, title={In-situ Salen-type ligand formation-driven of a heterometallic Cu(II)-Hg(II) complex: Synthetic update, crystallographic features, DFT calculations, and unveil antimicrobial profiles}, journal={Inorganic Chemistry Communications}, year=2024}