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Using to Reconstruct Radiation Transport through Complex Archaeological Environments.

Amber G E Hood1, Edmund G Highcock2

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Summary
This summary is machine-generated.

The DosiVox program accurately reconstructs radiation transport in complex Egyptian burial sites. This method enhances the accuracy of luminescence dating for archaeological ceramic vessels by providing detailed external dose rates.

Keywords:
Egyptian archaeologyceramicscomplex burial environmentsenvironmental dose rateoptically stimulated luminescence datingradiation dose modelling

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Area of Science:

  • Archaeometry
  • Geophysics
  • Radiological Science

Background:

  • Luminescence dating relies on accurate external dose rate determination.
  • Complex depositional environments pose challenges for traditional dose rate estimation methods.
  • Existing methods often oversimplify geometric factors in dose calculations.

Purpose of the Study:

  • To evaluate the DosiVox program for reconstructing radiation transport in complex archaeological burial environments.
  • To assess the utility of DosiVox in improving the accuracy of luminescence dating.
  • To demonstrate the application of DosiVox using case studies from ancient Egypt.

Main Methods:

  • Utilized the DosiVox program to simulate radiation emission and transport.
  • Reconstructed burial environments for ceramic vessels from two ancient Egyptian sites.
  • Extracted external dose rates from the DosiVox simulations.

Main Results:

  • DosiVox successfully simulated radiation transport in complex depositional settings.
  • The program provided detailed external gamma dose rates for archaeological samples.
  • Results indicate DosiVox offers significant improvements over simplistic geometric models.

Conclusions:

  • DosiVox is a valuable and powerful tool for luminescence dating, particularly at complex sites.
  • The program provides unparalleled accuracy in reconstructing external gamma dose rates.
  • Accurate dose rate data from DosiVox can significantly enhance the reliability of luminescence ages.