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Studied on Principle and Method for Determination of Molybdenum in Steel Materials by FAAS with Laurtrimonium Chloride

机译:用氯化氯化锰法测定钢材中钼钼的原理及方法研究

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摘要

A rapid and highly sensitive method for determination of traces of molybdenum in steel material by FAAS with laurtrimonium chloride was described. The droplet is smaller, the number of molybdenum in droplets is enriched and the micelle compounds are formatted with the existence of laurtrimonium chloride. As the result, the sensitivity of determination of molybdenum is enhanced for 46%, the linear range obeys in range of 0~40μg Ml~(-1) for molybdenum and the interference caused by coexistent metal ions is eliminated.
机译:描述了一种快速敏感的方法,用于测定钢材中的钢材钢材与氯化锂氯化氯化锰的钢材。液滴较小,富含液滴中的钼数,并将胶束化合物与氯化锂氯化锂的存在格式化。结果,测定钼的敏感性增强46%,钼的线性范围obeys在0〜40μgml〜(-1)范围内,并消除由共存金属离子引起的干扰。

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