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Preparation of Bimetallic Fine Au-Pd Particles by Aerosol Process

机译:气溶胶工艺制备双金属精细AU-PD颗粒

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Au-Pd spherical particles in submicron size range were prepared using ultrasonic spray-pyrolysis method. HAuCl_4/H_2PdCl_6 solution dissolved in hydrochloric acid and Au(OH)_3/Pd(NO_3)_2 dissolved in nitric acid were used as starting solutions. The particles derived from HAuCl_4/H_2PdCl_6 solution had spherical morphology when the Au/Pd ratio is high. In low Au/Pd ratio, the particle morphology deformed gradually due to the influence of the thermal decomposition of H_2PdCl_6. Au(OH)_3/Pd(NO_3)_2 was unable to be atomized because of unstableness of the solution. In order to overcome this problem, Pd(NO_3)_2 solution was oxidized in advance with H_2O_2. As a result, the Au/Pd mix solution was stable and the spherical particles were obtained in optional Au/Pd ratio.
机译:使用超声波喷雾热解法制备亚微米尺寸范围的Au-Pd球形颗粒。将溶解在盐酸中的Haucl_4 / h_2pdCl_6溶液溶解在硝酸中的Au(OH)_3 / Pd(NO_3)_2作为起始溶液。衍生自HauCl_4 / h_2pdCl_6溶液的颗粒具有球形形态,当Au / Pd比率高时。在低AU / Pd比率中,由于H_2PDCL_6的热分解的影响,颗粒形态逐渐变形。由于解决方案的不稳定,Au(OH)_3 / PD(NO_3)_2无法雾化。为了克服这个问题,Pd(NO_3)_2溶液预先用H_2O_2氧化。结果,Au / Pd混合物溶液稳定,并以任选的Au / pd比率获得球形颗粒。

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