Exploring oligo(p-phenylenevinylene) gelators as sensors and stimuli responsive materials
Oligo p phenylenevinylene derived organogels a novel class of functional supramolecular materials
Xanthate Derived Photosensitive Monomeric Initiators Synthesis Characterization and Polymerization Studies
Self Assembly of Linearly Conjugated Molecules P Phenylenevinylenes Versus P Phenyleneethynylenes
Conducting Organogelators Design Synthesis and Self assembly of Oligo thienylenevinylene Derived Molecular Wires
Squaraine Based Cation Probes and Self Assembly Modules Design Synthesis and Properties
Synthesis and Studies of Low Band Gap Squaraine Polymers and Their Model Compounds Derived from Pyrrole End Capped Conjugated Monomers
Design Synthesis and Self Assembly of a few Oligo p phenylenevinylene Derivatives Control of Chromophore Assemblies and Optical Properties of r Organogels
Pyrrole Derived Oligo and Polysquaraines Synthesis optical properties and Conductivity Studies
Oligo p phenylenevinylene Derived A Gels Modulation of Optical Properties and Application as Excitation Energy Donor Scaffolds
Design Synthesis and Studies of Novel Cation Sensors Bichromophoric Squaraine Foldamers and their Monochromophoric Analogues
Design Synthesis and Study of a few Donor Acceptor Donor D A D Molecules as Molecular Probes and Logic Gates
Synthesis and Studies of n Extended Squaraines and Cation Probes Derived from Conjugated Bispyrroles
Control on Optical and Morphological Properties of Oligo p phenylenevinylene Self Assemblies
