Description
The Neptune MC-ICP-MS is designed for high-precision isotope ratio analyses of much of the periodic table, and has high mass resolution to resolve polyatomic interferences from the analytes of interest. The Neptune has a doubly focusing plasma source, which allows simultaneous multi-collection to obtain high precision isotope ratio measurements, and movable Faraday cups.
High-precision isotope ratio analyses of much of the periodic table with high mass resolution to resolve polyatomic interferences from the analytes of interest. Validated analytical techniques include radiogenic Sr and Pb isotope ratios, and mass dependent Ca, Cr, Fe, Ni, Cu, Zn, Rb, Sr, Mo, Cd, Re, Hg, and U. Other can be developed upon request.
Techniques
- High-precision isotope ratio analysis
ASU Unit
Knowledge Enterprise
Rates
| Service | ASU rate | Nonprofit/other academic rate | Notes |
|---|---|---|---|
| Charges are per analytical day (includes any of the below) | $1300/analytical day | $1800/analytical day | |
| Nd, Sr, or Pb isotope routine analysis (MC-ICP-MS) | |||
| Nd, Sr, or Pb isotope custom analysis (MC-ICP-MS) | |||
| Mo or U isotope routine analysis by double spike MC-ICP-MS | |||
| Mo or U isotope custom analysis by double spike MC-ICP-MS | |||
| Fe, Cu, Zn isotope routine analysis (SSB MC-ICP-MS) | |||
| Fe, Cu, Zn isotope custom analysis (SSB MC-ICP-MS) | |||
| Ca isotope routine analysis of carbonate or phosphate (double spike MC-ICP-MS | |||
| Ca isotope custom analysis from complex matrix (double spike MC-ICP-MS) |
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