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Technical Paper

Observed and Modeled Tritium Concentrations in the Terrestrial Food Chain near a Continuous Atmospheric Source

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Pages 504-507 | Published online: 07 Apr 2017

References

  • P. A. DAVIS, S. B. KIM, S. L. CHOUHAN and W.J.G. WORKMAN, “Validation of the New DRL Guidance for Atmospheric Tritium Releases Using Terrestrial Food Chain Data Collected Near PNGS”, COG-03-3033, Chalk River Laboratories, Chalk River, Ontario (2004).
  • P. A. DAVIS, T. G. KOTZER and W.J.G. WORKMAN, “Environmental Tritium Concentrations due to Continuous Atmospheric Sources”, Fusion Science and Technology, 41, 453 (2002).
  • STANTEC, “IMPACT Version 4.0 User Manual”, Stantec Consulting Ltd., Brampton, Ontario (2003).
  • S. DIABATE and S. STRACK, “Organically Bound Tritium”, Health Physics, 65, 698 (1993).
  • S-R. PETERSON and P. A. DAVIS, “Modeled Concentrations in Rice and Ingestion Doses from Chronic Atmospheric Releases of Tritium”, Health Physics, 78, 533 (2000).
  • D. M. HAMBY, “A Probabilistic Estimation of Atmospheric Tritium Dose”, Health Physics, 65, 33 (1993).
  • S-R. PETERSON and P. A. DAVIS, “Tritium Doses from Chronic Atmospheric Releases: A New Approach Proposed for Regulatory Compliance”, Health Physics, 82, 213 (2002).

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