DIN EN ISO 17852-2008
水質.汞含量的測定.原子熒光分光光度測定法(ISO 17852-2006)

Water quality - Determination of mercury - Method using atomic fluorescence spectrometry (ISO 17852:2006); English version of DIN EN ISO 17852:2008-04

水質.汞含量的測定.原子熒光分光光度測定法(ISO 17852-2006) 是非強制性國家標準，您可以免費下載前三頁

DIN EN ISO 17852-2008 發布歷史

This International Standard specifies a method for the determination of mercury in drinking, surface, ground and rain water using atomic fluorescence spectrometry. NOTE This International Standard may be applied to industrial and municipal waste water after an additional digestion step under appropriate conditions. The potential linear dynamic range is approximately 1 ng/I to 100 i~g/I. In practice, the working range is often from 10 ng/I to 10 μg/l. Samples containing mercury at concentrations higher than the working range can be analysed following appropriate dilution of the sample. The method detection limit (XDL) will be dependent on the selected operating conditions and calibration range. With high purity reagents, a xDL of less than 1 ng/I is obtainable. The relative standard deviation is typically less than 5 % for concentrations greater than twenty times the method detection limit. The sensitivity of this method is dependent on the selected operating conditions.

DIN EN ISO 17852-2008由德國標準化學會 DE-DIN 發布于 2008-04。

DIN EN ISO 17852-2008 在中國標準分類中歸屬于: Z16 水環境有毒害物質分析方法，在國際標準分類中歸屬于: 13.060.50 水的化學物質檢驗。

DIN EN ISO 17852-2008 發布之時，引用了標準

ISO 3696 分析實驗室用水規范和試驗方法
ISO 5667-1 ISO 5667-1-2020
ISO 5667-2 水質采樣第2部分:采樣技術指南
ISO 5667-3 水質.采樣.第3部分:水樣保存和處理指南

DIN EN ISO 17852-2008的歷代版本如下：

2008年04月 DIN EN ISO 17852-2008 水質.汞含量的測定.原子熒光分光光度測定法(ISO 17852-2006)

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標準號: DIN EN ISO 17852-2008
發布日期: 2008年04月
實施日期
廢止日期: 無
中國標準分類號: Z16
國際標準分類號: 13.060.50
發布單位: DE-DIN
引用標準: ISO 3696 ISO 5667-1 ISO 5667-2 ISO 5667-3
被代替標準: DIN EN 13506-2002 DIN EN ISO 17852-2007

適用范圍: This International Standard specifies a method for the determination of mercury in drinking, surface, ground and rain water using atomic fluorescence spectrometry. NOTE This International Standard may be applied to industrial and municipal waste water after an additional digestion step under appropriate conditions. The potential linear dynamic range is approximately 1 ng/I to 100 i~g/I. In practice, the working range is often from 10 ng/I to 10 μg/l. Samples containing mercury at concentrations higher than the working range can be analysed following appropriate dilution of the sample. The method detection limit (XDL) will be dependent on the selected operating conditions and calibration range. With high purity reagents, a xDL of less than 1 ng/I is obtainable. The relative standard deviation is typically less than 5 % for concentrations greater than twenty times the method detection limit. The sensitivity of this method is dependent on the selected operating conditions.