Post-glass melting encapsulation of pyrylium ion based salts in inorganic oxide glasses for the development of advanced optical waveguides.
A series of novel fluorescent DNA-binding pyrylium dyes is developed, and the mechanism of their fluorogenicity is explored computationally.
The afterglow mechanism varies from thermally activated delayed fluorescence through room temperature phosphorescence to organic long persistent luminescence by changing monomer types.
The polymerization of industrially available vinyl ethers were catalyzed by a series of air/moisture-stable trifluoromethyl sulfonates/ligands to afford high-molecular-weight crystalline poly(vinyl ether)s in high monomer conversions.
Porous ionic polymers (PIPs) hold significant promise as materials for water purification due to their high specific surface area, adjustable pore structures, and ionic pore channels.