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Combining X-ray Fluorescence and Monte Carlo Simulation Methods to Differentiate between Tumbaga and Gold-Alloy or Gildings
13 references·0 citing·36 second hop
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References

  • 2013Multilayered samples reconstructed by measuring Kα/Kβ or Lα/Lβ X-ray intensity ratios by EDXRF60 cited
  • 2009Pre-Columbian alloys from the royal tombs of Sipán; energy dispersive X-ray fluorescence analysis with a portable equipment44 cited
  • 1996Differential PIXE analysis of Mesoamerican jewelry items44 cited
  • 2016Analysis of the spectacular gold and silver from the Moche tomb ‘Señora de Cao’42 cited
  • 2000The treasure of gold and silver artifacts from the Royal Tombs of Sipán, Peru — a study on the Moche metalworking techniques39 cited
  • 2015Use of Monte Carlo simulations for cultural heritage X-ray fluorescence analysis35 cited
  • 2016A combined XRF/Monte Carlo simulation study of multilayered Peruvian metal artifacts from the tomb of the Priestess of Chornancap23 cited
  • 2011EDXRF analysis of metal artefacts from the grave goods of the Royal Tomb 14 of Sipán, Peru21 cited
  • 1996Ion beam studies of archaeological gold jewellery items20 cited
  • 2016X-ray fluorescence spectroscopy and Monte Carlo characterization of a unique nuragic artifact (Sardinia, Italy)17 cited
  • 2014Prehispanic goldwork technology study by PIXE analysis13 cited
  • 2020Microchemical Investigation of Long-Term Buried Gilded and Silvered Artifacts From Ancient Peru13 cited
  • 2018Goldsmithing traditions and innovations in colonial Colombia: an analytical study of crucibles from Santa Cruz de Mompox10 cited

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