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ICP-MS测定溴、碘、砷和硒在多目标样品中的应用
引用本文:安国荣,张啟云,陈辉,魏振宏,杜作朋,张莹.ICP-MS测定溴、碘、砷和硒在多目标样品中的应用[J].光谱实验室,2013(6):3306-3308.
作者姓名:安国荣  张啟云  陈辉  魏振宏  杜作朋  张莹
作者单位:青海省地质矿产测试应用中心,西宁市盐湖巷15号810008
摘    要:样品经熔剂半熔后,水提取,用强酸性阳离子树脂除去大部分阳离子,在弱碱性介质中用ICP-MS测定溴、碘、砷、硒,样品分析结果与多目标推荐分析方法比对,相对偏差小于6.9%,另选取国家土壤一级标准物质12件对本方法的检出限、精密度、准确度进行测试,各项质量指标均能满足规范要求.

关 键 词:        电感耦合等离子体质谱仪  青海多目标地球化学调查

Determination of Bromine ,Iodine, Arsenic and Selenium in Multi-purpose by ICP-MS
AN Guo-Rong,ZHANG Qi-Yun,CHEN Hui,WEI Zhen-Hong,DU Zuo-Peng,ZHANG Ying.Determination of Bromine ,Iodine, Arsenic and Selenium in Multi-purpose by ICP-MS[J].Chinese Journal of Spectroscopy Laboratory,2013(6):3306-3308.
Authors:AN Guo-Rong  ZHANG Qi-Yun  CHEN Hui  WEI Zhen-Hong  DU Zuo-Peng  ZHANG Ying
Institution:(Centre of Geological and Mineral Testing and Application of Qinghai Province, Xining 810008, P. R. China)
Abstract:Bromine, iodine, arsenic and selenium was determined by ICP-MS with sample pretreatment using semi-molten flux, water extraction and removing most cation using strong-acid cation exchange resin. Relative deviation is less than 6.9% of sample analysis by comparing muhi-objective recommended analysis method. The detection limit, precision, accuracy test of the method meet the requirements of the code by determined 12 national standard reference materials.
Keywords:Bromine  Iodine  Arsenic  Selenium  ICP-MS  Multi-purpose Regional GeochemicalSurvey
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