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Distribution of Chemical Elements of Iron-Gall Ink Writing Studied by the PIXE Method
3 references·4 citing·25 second hop
Distribution of Chemical Elements of Iron-Gall Ink Writing Studied by the PIXE Method (2001)Distribution of Chemical Elements of Iron…Recent applications to the study of ancient inks with the Florence external-PIXE facility (1996)Recent applications to the st…Phytate: a Potential Conservation Agent for the Treatment of Ink Corrosion Caused by Irongall Inks (1995)Phytate: a Potential Conserva…A Closer Look at Iron Gall Ink Burn (1994)A Closer Look at Iron Gall In…Evaluation of Alkaline Compounds Used for Deacidification and Simultaneous Lining of Extremely Degraded Manuscripts (2017)Evaluation of Alkaline Compou…A Review of Instrumental Approaches for Studying Historical Inks (2012)A Review of Instrumental Appr…PIXE analysis of Italian ink drawings of the XVI century (2005)PIXE analysis of Italian ink …Application of the PIXE method to organic objects (2005)Application of the PIXE metho…Raman analysis of iron gall inks on parchment (2006)A Decade of Raman Spectroscopy in Art and Archaeology (2007)Terahertz spectroscopy for art conservation (2007)Chemometric tool for identification of iron–gall inks by use of visible–near infrared fibre optic reflection spectroscopy (2013)New insight on the underdrawing of 16th Flemish-Portuguese easel paintings by combined surface analysis and microanalytical techniques (2016)Iron-galls inks: preparation, structure and characterisation (2022)Chemical Principles of Textile Conservation (2000)The Colourful Past - Origins, Chemistry and Identification of Natural Dyestuffs (2005)Chemical Principles of Textile Conservation (2012)Investigation of mordants for dyeing of yarns in ancient Persian carpets (15th–17th century) by IBA methods (2018)Possible modifications of parchment during ion beam analysis (2022)Proton beam irradiation induces invisible modifications under the surface of painted parchment (2022)In-air PIXE set-up for automatic analysis of historical document inks (2004)Nanotechnologies for Conservation of Cultural Heritage: Paper and Canvas Deacidification (2002)Deacidification for the conservation and preservation of paper-based works: A review (2010)Comparison of lightweight Japanese tissues for overall stabilization of documents damaged by iron gall ink corrosion and an alternative to silk screen frames (2018)Combining phytate treatment and nanocellulose stabilization for mitigating iron gall ink damage in historic papers (2020)Acetylation of cellulose – Another pathway of natural cellulose aging during library storage of books and papers (2022)Historical iron gall ink containing documents — Properties affecting their condition (2005)New insights into iron-gall inks through the use of historically accurate reconstructions (2018)Determination of iron and copper in old manuscripts by slurry sampling graphite furnace atomic absorption spectrometry and laser ablation inductively coupled plasma mass spectrometry (1999)Analysis of iron gall inks by PIXE (2005)Calcium Phytate in the Treatment of Corrosion Caused by Iron Gall Inks: Effects on Paper (2005)Further results from PIXE analysis of inks in Galileo's notes on motion (1996)The beautiful “Trionfo d’Amore” attributed to Botticelli: a chemical characterisation by proton-induced X-ray emission and micro-Raman spectroscopy (2001)
this work references cited by second hop

References

  • 1995Phytate: a Potential Conservation Agent for the Treatment of Ink Corrosion Caused by Irongall Inks154 cited
  • 1996Recent applications to the study of ancient inks with the Florence external-PIXE facility76 cited
  • 1994A Closer Look at Iron Gall Ink Burn18 cited

Cited by

  • 2012A Review of Instrumental Approaches for Studying Historical Inks27 cited
  • 2005Application of the PIXE method to organic objects17 cited
  • 2005PIXE analysis of Italian ink drawings of the XVI century11 cited
  • 2017Evaluation of Alkaline Compounds Used for Deacidification and Simultaneous Lining of Extremely Degraded Manuscripts6 cited

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