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SINGLE CRYSTALLINE NOBLE METAL ULTRATHIN FILM NANOPARTICLES FORMED USING, AS REACTION FIELD, ADSORBED MICELL FILM FORMED AT SOLID/LIQUID INTERFACE AND PROCESS FOR PRODUCING THE SAME
SINGLE CRYSTALLINE NOBLE METAL ULTRATHIN FILM NANOPARTICLES FORMED USING, AS REACTION FIELD, ADSORBED MICELL FILM FORMED AT SOLID/LIQUID INTERFACE AND PROCESS FOR PRODUCING THE SAME
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机译：单晶贵金属超薄膜薄膜纳米粒子，采用固/液界面形成的吸附胶束薄膜作为反应场，并制备相同的过程
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摘要
It is aimed at creating noble metal nanoparticles having novel shapes, sizes, and arrangements usable for catalysts, electrodes, and the like. Micelles made into rod-like shapes having semicylindrical cross-sections are formed on a carrier substrate in a self-creating manner and immobilized thereon; noble metal ions are added and diffused in the micelles to complex the micelles with noble metal ions; and a reducing agent is subsequently caused to act thereon to progress a reductive reaction of noble metal within the immobilized micelles as reaction fields, thereby growing single crystalline noble metal ultrathin-film nanoparticles on the carrier substrate by utilizing the fixed micelles having the shapes as templates, respectively.
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