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Site-specific sulfur-for-metal replacement in a silver nanocluster.

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A new Ag36 nanocluster with a closed electronic structure and eight valence electrons is reported, which has a similar structure to that of an open-shell Ag34 nanocluster with three valence… Click to show full abstract

A new Ag36 nanocluster with a closed electronic structure and eight valence electrons is reported, which has a similar structure to that of an open-shell Ag34 nanocluster with three valence electrons, except that in the shell two (Ag-PPh3)+ cations replace two S2- anions specifically. The fine structural modulation leads to various levels of activity for singlet oxygen photogeneration due to the distinct optical gaps of the nanoclusters.

Keywords: metal replacement; specific sulfur; sulfur metal; replacement silver; site specific; nanocluster

Journal Title: Chemical communications
Year Published: 2022

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