Photoassisted “Gate-Lock” Fluorescence “Turn-on” in a New Schiff Base and Coordination Ability of E–Z Isomers
摘要:
Rapid photoresponse (1.0-8.0 min) through fluorescence "turn-on" signaling displayed by a novel Schiff base (L) creating "gate lock" via intramolecular C-H center dot center dot center dot N interaction in photoisomerized product (L') has been described. Coordination chemistry of pre- and postirradiated species demonstrated a drastic change in the reactivity which has been supported by NMR, HRMS, UV-vis, emission, electrochemical, and complexation studies.
Photoassisted “Gate-Lock” Fluorescence “Turn-on” in a New Schiff Base and Coordination Ability of E–Z Isomers
摘要:
Rapid photoresponse (1.0-8.0 min) through fluorescence "turn-on" signaling displayed by a novel Schiff base (L) creating "gate lock" via intramolecular C-H center dot center dot center dot N interaction in photoisomerized product (L') has been described. Coordination chemistry of pre- and postirradiated species demonstrated a drastic change in the reactivity which has been supported by NMR, HRMS, UV-vis, emission, electrochemical, and complexation studies.