
doi: 10.1071/ch06173
RAFT polymerization was used to prepare polystyrene – poly(4-vinyl pyridine) block copolymers, PSn-b-P(4VP)m. Well-defined block copolymers were obtained despite some indications of hydrolysis of the RAFT endgroup during synthesis. The block copolymer PS70-b-P(4VP)55 was self-assembled into micellar structures in dichloromethane, leading to nanoparticles with hydrodynamic diameters of 70 nm. The micelles were loaded with HAuCl4 and, upon reduction, micellar gold-containing nanoparticles with hydrodynamic diameters of 240 nm were obtained. These nanoparticles were employed in the preparation of honeycomb-structured porous films by means of the breath figures technique to yield gold nanocomposites with a hexagonal porous array.
Polymers, Living Radical Polymerization, Metal Nanoparticles, Water-Assisted Formation, Breath Figures, Hydrodynamic diameters, Polymerization, Structured Porous Films, Porous materials, Micellar structures, Micelles, Hydrolysis, Fragmentation Chain Transfer, Nanostructured materials, Block copolymers, Porous films, Dichloromethane, Block-Copolymers, Polystyrenes, Gold, Raft Polymerization, Self-Organization
Polymers, Living Radical Polymerization, Metal Nanoparticles, Water-Assisted Formation, Breath Figures, Hydrodynamic diameters, Polymerization, Structured Porous Films, Porous materials, Micellar structures, Micelles, Hydrolysis, Fragmentation Chain Transfer, Nanostructured materials, Block copolymers, Porous films, Dichloromethane, Block-Copolymers, Polystyrenes, Gold, Raft Polymerization, Self-Organization
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