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Binding model-tuned room-temperature phosphorescence of the bromo-naphthol derivatives based on cyclodextrins

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Herein, bromo-naphthol derivatives were synthesized to investigate the influence on their phosphorescence emission efficiency resulting from different binding models with cyclodextrins. And the results indicated that α-cyclodextrin could result in… Click to show full abstract

Herein, bromo-naphthol derivatives were synthesized to investigate the influence on their phosphorescence emission efficiency resulting from different binding models with cyclodextrins. And the results indicated that α-cyclodextrin could result in the highest phosphorescence emission efficiency, due to the tight encapsulation of the bromo-naphthol motif into the cavity.

Keywords: phosphorescence; bromo naphthol; binding model; bromo; naphthol derivatives

Journal Title: RSC Advances
Year Published: 2022

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