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3D fractures analysis and conservation assessment of wrought iron javelin through advanced non-invasive techniques
11 references·0 citing·40 second hop
3D fractures analysis and conservation assessment of wrought iron javelin through advanced non-invasive techniques (2023)3D fractures analysis and conservation as…Conventional and advanced techniques for archaeological diagnostic of iron artefacts (2023)Conventional and advanced tec…Micro‐Raman spectroscopy and complementary techniques applied for the study of copper and iron wastes from Motya (Italy) (2022)Micro‐Raman spectroscopy and …Archaeometric perspective on the emergence of brass north of the Alps around the turn of the Era (2022)Archaeometric perspective on …A comprehensive strategy for exploring corrosion in iron-based artefacts through advanced Multiscale X-ray Microscopy (2022)A comprehensive strategy for …3D imaging of micro-segregation and corrosion behavior of alloying elements in archaeological artefacts from Motya (Sicily, Italy) (2022)3D imaging of micro-segregati…Multi-modal tomography to assess dechlorination treatments of iron-based archaeological artifacts (2019)Multi-modal tomography to ass…Corrosion of iron archaeological artefacts in soil: characterisation of the corrosion system (2004)Corrosion of iron archaeologi…Photo-oxidative stability of paraloid acrylic protective polymers (2001)Photo-oxidative stability of …Stability of Treated Archaeological Iron: An Assessment (1985)Stability of Treated Archaeol…Post-Excavation Changes in Iron Antiquities (1982)Post-Excavation Changes in Ir…The art of warfare in biblical lands in the light of archaeological discovery (1963)The art of warfare in biblica…The Conservation of Antiquities and Works of Art (1973)WASHING METHODS FOR CHLORIDE REMOVAL FROM MARINE IRON ARTIFACTS (1978)Short Communication Removal of Paraffin Wax in the Re-treatment of Archaeological Iron (2008)Towards quantified assessment of aqueous chloride extraction methods for archaeological iron: De‐oxygenated treatment environments (2008)Effective preservation decision strategies (2015)Buried iron archaeological artefacts: Corrosion mechanisms related to the presence of Cl-containing phases (2007)Application of X-ray Computed Tomography to Cultural Heritage diagnostics (2010)Combined Neutron and X-ray Imaging for Non-invasive Investigations of Cultural Heritage Objects (2015)The composition of the copper alloys used by the Greek, Etruscan and Roman civilizations (1978)PREHISTORIC COPPER PRODUCTION IN THE INN VALLEY (AUSTRIA), AND THE EARLIEST COPPER IN CENTRAL EUROPE* (2005)Provenance Determination of Archaeological Metal Objects (2014)A long‐distance copper alloy trade to the North Eastern Baltic during the late pre‐Roman and Roman Iron Age (250 BCE–450 CE) explored with lead isotope MC‐ICP‐MS (2023)Archaeometallurgical characterization of Late Antique personal adornments. 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References

  • 2004Corrosion of iron archaeological artefacts in soil: characterisation of the corrosion system313 cited
  • 2001Photo-oxidative stability of paraloid acrylic protective polymers283 cited
  • 1982Post-Excavation Changes in Iron Antiquities138 cited
  • 1963The art of warfare in biblical lands in the light of archaeological discovery90 cited
  • 2019Multi-modal tomography to assess dechlorination treatments of iron-based archaeological artifacts39 cited
  • 2022A comprehensive strategy for exploring corrosion in iron-based artefacts through advanced Multiscale X-ray Microscopy29 cited
  • 1985Stability of Treated Archaeological Iron: An Assessment22 cited
  • 20223D imaging of micro-segregation and corrosion behavior of alloying elements in archaeological artefacts from Motya (Sicily, Italy)20 cited
  • 2022Archaeometric perspective on the emergence of brass north of the Alps around the turn of the Era10 cited
  • 2022Micro‐Raman spectroscopy and complementary techniques applied for the study of copper and iron wastes from Motya (Italy)8 cited
  • 2023Conventional and advanced techniques for archaeological diagnostic of iron artefacts6 cited

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