The aim is to explore how different substituents affect photochromism and photoluminescence in Schiff base derivatives.
Analyzed the structure of tetraphenylenesalicylaldehyde-aniline Schiff base derivatives.
Investigated the effect of various substituents on intermolecular interactions.
Evaluated changes in photochromism and photoluminescence characteristics.
Different substituents effectively modulate intermolecular interactions.
Achieved both photochromism and photoluminescence in solid forms of the compounds.
Abstract
Different substituents regulate intermolecular interactions to achieve photochromism and photoluminescence of tetraphenylenesalicylaldehyde-aniline Schiff base in solids.