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We report an easy synthesis method of copper nanoparticles (NPs) through controlling Cu complexes by using citric acid in an aqueous solution under atmospheric condition at room temperature. By controlling the Cu complexes based on the calculation of pH dependent metal complex concentrations in the aqueous solution and analyzing the redox potential of Cu complexes electrochemically, the relationships...
In the present study, the liquid-phase reductive deposition as a novel nanoparticle synthesis method has been investigated and its application to supported noble metal catalyst preparation was also focused. As a result, the maximum loading of Pt was around 20wt% with keeping the particle size below 2nm, by the present technique based on the liquid-phase reduction method. The selective reductive deposition...
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