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Research on the effect of inorganic components on brightener in horizontal pulse plating solution by Cyclic Voltammetric Stripping method

机译:循环伏安溶出法研究水平脉冲镀液中无机组分对增白剂的影响

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The effect of Fe3+, Cu2+ and Cl with different concentration on the electro-deposition process of Cu in the medium of CuSO4-H2SO4 with platinum as work electrode has been studied by CVS (Cyclic Voltammetric Stripping) method and the assay value of brightener is also studied. The research results show that different concentration of Fe3+, Cu2+ and CL affects the assay value of brightener to some extent, the brightener's extreme concentration value change are RFe3+=10.33ml/l, RCL-=1.22ml/l, RCu2+=3.1ml/l respectively, the concentration of Fe3+ has the greatest influence on brightener concentration measurement. So, the effect of Fe3+ should be taken into consideration with CVS analyzer to monitor the concentration of brightener in electroplating solution. The study result is of some reference and guiding significance for the electroplating liquid composition control and production process.
机译:不同浓度的Fe 3 + ,Cu 2 + 和Cl -对CuSO 4介质中Cu电沉积过程的影响用CVS(循环伏安溶出法)研究了以铂为工作电极的 4 -H 2 SO 4 ,光亮剂的测定值为也研究过。研究结果表明,不同浓度的Fe 3 + ,Cu 2 + 和CL -在一定程度上影响光亮剂的测定值。增白剂的极限浓度值变化为R Fe3 + = 10.33ml / l,R CL- = 1.22ml / l,R Cu2 + = 3.1ml /分别地,Fe 3 + 的浓度对光亮剂浓度的测量影响最大。因此,CVS分析仪应考虑Fe 3 + 的影响,以监测电镀液中光亮剂的浓度。研究结果对电镀液成分的控制和生产过程具有一定的参考和指导意义。

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