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This research aims to investigate the inclusion complex of 3-anisidine and cyclodextrins in silver nanomaterials at varying pH levels.

Preparation of 3-Anisidine–Cyclodextrin Doped Silver Nanomaterials and Investigation of 3AS–CD Inclusion Complex at Different pH

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Investigation shows inclusion complex spectral properties in silver nanomaterials, suggesting host–guest interactions.

This research aims to investigate the inclusion complex of 3-anisidine and cyclodextrins in silver nanomaterials at varying pH levels.
Characterization used UV-visible, steady-state fluorescence, time-resolved fluorescence, SEM, DSC, FTIR, XRD, and 1H NMR techniques.
Silver nanomaterials were doped with 3-anisidine and cyclodextrin to form an inclusion complex at different pH values.
Spectral properties were analyzed to determine structural variations and interactions.
Distinct spectral changes for 3-anisidine were noted with cyclodextrin addition, varying with pH.
Longer lifetimes of inclusion complexes compared to free 3-anisidine were observed.
FTIR spectra indicated strong interactions between the 3-anisidine and silver, with diminished characteristic peaks.

Rajendiran et al. (2026) studied this question.

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