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Radioactive Isotope Detection Using Triple Quadrupole ICP-MS

Element table with iodine highlighted
Credit: iStock

Environmental contamination with the radioactive isotope 129I poses significant risks to human health. Hence, accurate ultratrace determination of radioactive iodine is essential for assessing environmental hazards, particularly following nuclear incidents.

However, traditional detection methods struggle with low concentrations and interference, hampering accuracy and response times.

This application note explores how to overcome these challenges using triple quadrupole ICP-MS technology and ensure reliable environmental monitoring.

Download this application note to discover:

  • The benefits of triple quadrupole ICP-MS for ultratrace 129I determination
  • Effective interference removal techniques using oxygen reaction mode
  • Improved detection limits and spike recovery results in complex matrices
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