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Non Destructive Detection of Iron-Gall Inks by Means of Multispectral Imaging Part 2: Application on Original Objects Affected With Iron-Gall-Ink Corrosion
1 references·11 citing·42 second hop
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References

  • 1995Phytate: a Potential Conservation Agent for the Treatment of Ink Corrosion Caused by Irongall Inks154 cited

Cited by

  • 2017Chemical characterization of black and red inks inscribed on ancient Egyptian papyri: The Tebtunis temple library37 cited
  • 2017The nature of ancient Egyptian copper-containing carbon inks is revealed by synchrotron radiation based X-ray microscopy37 cited
  • 2009Visible (420 – 720 nm) Hyperspectral Imaging Techniques to Assess Inks in Historical Documents28 cited
  • 2012A Review of Instrumental Approaches for Studying Historical Inks27 cited
  • 2019Egyptian metallic inks on textiles from the 15th century BCE unravelled by non-invasive techniques and chemometric analysis26 cited
  • 2009Recent and future developments in the use of radiation for the study of objects of cultural heritage significance24 cited
  • 2020Mid-wave Infrared Reflectography and Thermography for the Study of Ancient Books: A Review22 cited
  • 2013Chemometric tool for identification of iron–gall inks by use of visible–near infrared fibre optic reflection spectroscopy15 cited
  • 2017Identification of iron-gall inks in historical drawings by Fibre Optics Reflection Spectroscopy – Extension to the NIR spectral range14 cited
  • 2014Methods of Creating, Testing and Identifying Traditional Black Persian Inks13 cited
  • 2009Microsampling and Determination of Metals in Iron Gall Ink8 cited

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