Centre de Recherche Paul Pascal – TechConnect Briefs

Highly Stable and Oppositely Charged Hybrid Nanoparticles/Tubes. Fine Tuning of Electro-steric interactions To Fabricate Functional Surfaces

Sekar S., Feltrin E., Giermanska J., Berret J.-F., Chapel J.-P., Centre de Recherche Paul Pascal, FR

Hybrid Functional Surfaces were generated via the novel surface functionalization pathway named Surface Grown Layers (SgL),where the hybrid layers are generated in a single step at a fluid/solid interface via fine tuning of electrostatic complexation [...]

Plasmonic nanoparticles ordered in self-assembled materials

Tallet C., Vieaud J., Merchiers O., Sivasankaran P.C., Nallet F., Aradian A., Ponsinet V., Centre de Recherche Paul Pascal, FR

Bottom-up approaches, and among them nanochemistry and self-assembly, have recently appeared as promising tools for the fabrication of plasmonic nanostructured materials. We study nanocomposites of polymers and gold nanoparticles presenting plasmonic resonance at a visible [...]