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Determination of trace molybdenum in natural mineral water for drinking by ICP-MS

Shao Wen-jun

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Abstract

ICP-MS was applied to the direct determination of trace molybdenum in natural mineral water for drinking. The recovery was 94.5%- 110%,the detection limit was 0.007 μg/L,and the relative standard deviation (RSD)was less than 3.8%. Enjoying the advantages of low interference,relatively simple spectral line,low detection limit,wide dynamic linear range and rapid operation,the method can be used for the determination of trace molybdenum in natural mineral water for drinking.

About this research paper

What this paper is about

ICP-MS was applied to the direct determination of trace molybdenum in natural mineral water for drinking. The recovery was 94.5%- 110%,the detection limit was 0.007 μg/L,and the relative standard deviation (RSD)was less than 3.8%. Enjoying the advantages of low interference,relatively simple spectral line,low detection limit,wide dynamic linear range and rapid operation,the method can be used for the determination of trace molybdenum in natural mineral water for drinking.

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Available abstract

ICP-MS was applied to the direct determination of trace molybdenum in natural mineral water for drinking. The recovery was 94.5%- 110%,the detection limit was 0.007 μg/L,and the relative standard deviation (RSD)was less than 3.8%. Enjoying the advantages of low interference,relatively simple spectral line,low detection limit,wide dynamic linear range and rapid operation,the method can be used for the determination of trace molybdenum in natural mineral water for drinking.

Key concepts: Natural mineral, Detection limit, Molybdenum, Mineral, Mineral water, Linear range, Relative standard deviation, Chemistry

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