产品描述
安捷伦ICP-MSAgilent 8900 可用于测定土壤，适用于进行常规土壤分析项目。并且参考多项行业标准-。可应用于土壤行业领域。
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.
极低检测限，甚至可用于以前难以检测的元素，例如 S、Si、P
功能强大的 ICP-MS MassHunter 软件可简化您的工作流程并使方法开发自动化
标准 4 通道反应池气体控制
独特的母离子/子离子扫描模式，清除呈现反应过程
用于研究和方法开发的出色通用的 ICP-MS
监测原料化学品和硅片加工浴中的低水平超痕量污染物
定量分析未知蛋白质和多肽，以准确测量低浓度的异质元素硫和磷
对复杂环境、食品和生物样品中低至亚 50 纳米的纳米颗粒进行表征
以更高的准确度测量所有食品样品中的低浓度硒、砷和各种形态的砷
受控的反应化学过程提供一致、可靠的结果
分离重叠的同量异位素，超越高分辨率 ICP-MS 的能力
