Band Gap Engineering of Molecular Architectures Based On Metalloligands: Applications In Visible-Light Mediated Catalysis

Gupta Ruchika Au.; Gupta Rajeev Gu.

Band Gap Engineering of Molecular Architectures Based On Metalloligands: Applications In Visible-Light Mediated Catalysis - 2023 - 412p.

Source: Theses

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Chemistry

Band Gap Engineering of Molecular Architectures Based On Metalloligands: Applications In Visible-Light Mediated Catalysis

APA

Gupta Ruchika Au.; Gupta Rajeev Gu, University of Delhi. Faculty of Science. Deptt.of Chemistry, . (2023). Band Gap Engineering of Molecular Architectures Based On Metalloligands: Applications In Visible-Light Mediated Catalysis. : .

Chicago

Gupta Ruchika Au.; Gupta Rajeev Gu, University of Delhi. Faculty of Science. Deptt.of Chemistry, . 2023. Band Gap Engineering of Molecular Architectures Based On Metalloligands: Applications In Visible-Light Mediated Catalysis. : .

Harvard

MLA

Gupta Ruchika Au.; Gupta Rajeev Gu, University of Delhi. Faculty of Science. Deptt.of Chemistry, . Band Gap Engineering of Molecular Architectures Based On Metalloligands: Applications In Visible-Light Mediated Catalysis. : . 2023.

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