MANUFACTURING METHOD OF GOLD NANO-PARTICLE PATTERN HAVING A LOCALIZED SURFACE PLASMON RESONANCE COMBINATION PHENOMENON AND A GOLD NANO-PARTICLE PATTERN BY THE SAME CAPABLE OF BEING APPLIED TO SENSING VARIOUS MATERIALS THROUGH CONTROL THE LOCALIZED SURFACE PLASMON RESONANCE COMBINATION PHENOMENON

摘要

PURPOSE: A manufacturing method of gold nano-particle pattern having a localized surface plasmon resonance combination phenomenon and a gold nano-particle pattern by the same are provided to control form and arrangement of gold nano-particles by controlling evaporation degree of the gold nano-particles.;CONSTITUTION: A manufacturing method of gold nano-particle pattern comprises the following steps: manufacturing a reverse micelle solution by dissolving a self-assembly double block copolymers in a solvent; manufacturing the self-assembly double block copolymers reversed micelle thin film by coating the reversed micelle solution; inducing reconstruction of the reversed micelle thin film; and adsorping the gold nano-particles on the reversed micelle thin film by using a citrate ligand. The self-assembly double block copolymers comprise an amphiphilic diblock copolymer. The solvent selectively dissolves only one side block of the self-assembly double block copolymers. The reversed micelle solution contains 0.1-1 weight% of the self-assembly double block copolymers.;COPYRIGHT KIPO 2012