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Immobilization of Molecules in Titania Nanotubes by elizabethchemestry is a document available to read on EtoBox.
This document discusses a study that used solid-state NMR and computational chemistry to investigate how molecules are immobilized in titania nanotubes. The researchers found that phenols chemisorb to accessible surface titanium sites, either as monodentate or bidentate bonds. Anthrarobin immobilization confirmed bidentate bonding is favored. Computational calculations suggested catechol immobilizes dissociatively via bridge bidentate bonding between neighboring titanium sites rather than chelate bidentate
- Author
- elizabethchemestry
- Language
- EN