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离子色谱法测定地下水的碘化物

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碘离子作为人体必要的摄入成分,在无外来碘摄入条件时,需以地下水中碘离子浓度含量的测定,判断当地人碘摄入量情况,确保其质量浓度不低于 5 μg/L.为此,本文以某地区水质测定为例,从检测方法选择、样品采集处理、试验条件设计和仪器试剂准备等方面进行离子色谱法测试方案的完善.其次,对碘化物测试工作开展峰面积定量、标准曲线分析和精密度测试等工作,离子色谱法的测定结果可靠,能实现准确、高效、自动化和无污染的地下水碘离子检测.
Determination of Iodides in Groundwater by Ion Chromatography
Iodine ions,as an essential intake component of the human body,need to be determined by measuring the concentration of iodine ions in groundwater in the absence of external iodine intake conditions to determine the local iodine intake situation and ensure that its concentration is not less than 5 μg/L.Therefore,this article takes water quality determination in a certain region as an example to improve the ion chromatography testing scheme from the aspects of detection method selection,sample collection and processing,experimental condition design,and instrument reagent preparation.Secondly,peak area quantification,standard curve analysis,and precision testing are carried out for iodide testing.The results of ion chromatography are reliable and can achieve accurate,efficient,automated,and pollution-free detection of groundwater iodide ions.

ion chromatographygroundwateriodide

张超、王景、邓江华

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渭南市环境保护监测站,陕西 渭南 714000

离子色谱法 地下水 碘化物

2024

山西化工
山西省煤化工发展促进中心 山西省化工学会

山西化工

影响因子:0.293
ISSN:1004-7050
年,卷(期):2024.44(11)