Measurement of extremely (2) H-enriched water samples by laser spectrometry: application to batch electrolytic concentration of environmental tritium samples.

@article{Wassenaar2016MeasurementOE,
  title={Measurement of extremely (2) H-enriched water samples by laser spectrometry: application to batch electrolytic concentration of environmental tritium samples.},
  author={Leonard I Wassenaar and B Snehil Kumar and Cedric Douence and Dagnachew Legesse Belachew and Pradeep Kumar Aggarwal},
  journal={Rapid communications in mass spectrometry : RCM},
  year={2016},
  volume={30 3},
  pages={
          415-22
        }
}
RATIONALE Natural water samples artificially or experimentally enriched in deuterium ((2) H) at concentrations up to 10,000 ppm are required for various medical, environmental and hydrological tracer applications, but are difficult to measure using conventional stable isotope ratio mass spectrometry. METHODS Here we demonstrate that off-axis integrated cavity output (OA-ICOS) laser spectrometry, along with (2) H-enriched laboratory calibration standards and appropriate analysis templates… CONTINUE READING
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