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Determination of Trace Amounts of Ruthenium from Catalytic Hydrogen Currents by Differential Pulse Polarography and Voltammetry

机译:差动脉冲极谱法和伏安法测定催化氢气流中的痕量钌

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摘要

Simple and sensitive electrochemical techniques for the convenient determination of trace amounts of ruthenium were developed,based on the catalytic currents of a Ru (III),Ru(IV) -Cl system on the surface of a hanging mercury electrode in the potential range -0.9 / -1.35 V versus different reference electrodes.The influence of reagent and instrumental variables was studied.Optimum analytical conditions for the determination of ruthenium were established.Ruthenium (HI) content can be determined in the range 10~(-6)M- 10~(-8)M with a detection limit of 10~(-8) M.The influence of potential interferences on the determination of ruthenium was studied.The validity of methods was evaluated by analyzing synthetic and real samples.
机译:基于悬挂式水银电极表面上Ru(III),Ru(IV)-Cl体系的催化电流在-0.9的电位范围内,开发了一种简便灵敏的电化学技术,可方便地测定痕量钌。 / -1.35 V对不同参比电极的影响。研究了试剂和仪器变量的影响。建立了测定钌的最佳分析条件。钌(HI)含量可以在10〜(-6)M- 10的范围内确定〜(-8)M,检出限为10〜(-8)M。研究了潜在干扰对钌含量测定的影响。通过分析合成样品和实际样品评估了方法的有效性。

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