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Nu Plasma HR Multicollector HR-ICP-MS

Nu Plasma HR Multicollector HR-ICP-MS

Nu - Plasma HR

nano@stanford Stanford University Stanford Isotope and Geochemical Measurement and Analysis Facility
  • Metrology/Characterization
    • Chemical Analysis
      • Mass Spec
Description
High Resolution Inductively Couple Mass Spectrometry is designed to provide highly precise isotopic compositions of purified element separates. When used with a calibrated isotope dilution technique, this can be used to calculate elemental concentrations that are accurate to a fraction of a percent. This method is preferred over single quadrupole elemental determinations (with typical precisions of 1-5%) when a high level of accuracy is required. Existing calibrated elemental systems include Mg, Si, Rb, Cr, Fe, Cu, Ni, Zn, Sr, Sm, Nd, U, Th, Pb. Other elemental systems can be added with sufficient time for technique development. A class 1000 metal-free clean lab is available for materials dissolution and purification using established wet chemistry techniques.
Restrictions
Liquid sample introduction only. Contact for details regarding sample dissolution in the metal free clean lab facility.
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