土壤（类）金属及其化合物>银(Ag), 其它, 钙(Ca), 汞(Hg), 铁(Fe), 铜(Cu), 锌(Zn), 钠(Na), 铬(Cr), 镁(Mg), 钒(V), 钡(Ba), 铝(Al), 镉(Cd), 镍(Ni), 锑(Sb), 锰(Mn), 钾(K), 铅(Pb), 砷(As), 钼(Mo), 铍(Be), 硒(Se), 钴(Co), 铊(Tl)检测 | 使用 Agilent 8800 ICP-MS/MS 进行常规土壤分析-安捷伦科技(中国)有限公司

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应用领域	环保
检测样本	土壤
检测项目	（类）金属及其化合物>银(Ag), 其它, 钙(Ca), 汞(Hg), 铁(Fe), 铜(Cu), 锌(Zn), 钠(Na), 铬(Cr), 镁(Mg), 钒(V), 钡(Ba), 铝(Al), 镉(Cd), 镍(Ni), 锑(Sb), 锰(Mn), 钾(K), 铅(Pb), 砷(As), 钼(Mo), 铍(Be), 硒(Se), 钴(Co), 铊(Tl)
参考标准	-

Quadrupole ICP-MS (ICP-QMS) is one of the most widely used analytical techniques in inorganic testing laboratories, due to its performance characteristics of high sensitivity, low detection limits, wide dynamic range, and high speed multi-element analysis. Recent advances have seen a dramatic improvement in matrix tolerance: Agilent’s High Matrix Introduction (HMI) technology uses aerosol dilution to reduce the sample matrix load on the plasma, ensuring that much higher matrix levels—up to % levels of total dissolved solids (TDS)—can be analyzed routinely. Control of interferences has also been improved significantly, with Agilent’s octopole-based collision/reaction cell (CRC) operating in helium (He) collision mode to eliminate a wide range of matrix based polyatomic interferences using one set of cell conditions [1]. Reliable and accurate quantitation of all required elements at the regulated levels in a wide variety of sample matrices is now possible using ICP-QMS. However, some Routine soil analysis using an Agilent 8800 ICP-QQQ Application note Authors Kazuhiro Sakai Agilent Technologies, Japan Environmental 2 applications require greater sensitivity for some specific elements, while some complex sample matrices may cause spectral interferences that remain a challenge.

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上一篇使用 Agilent 8890 气相色谱和 TCD/FID 系统分析氢气中的氦气、氩气、氮气和烃类杂质

下一篇筛查、鉴定和定量分析潜在的遗传毒性化合物

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安捷伦科技(中国)有限公司

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