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Comparison of lightweight Japanese tissues for overall stabilization of documents damaged by iron gall ink corrosion and an alternative to silk screen frames
9 references·2 citing·29 second hop
Comparison of lightweight Japanese tissues for overall stabilization of documents damaged by iron gall ink corrosion and an alternative to silk screen frames (2018)Comparison of lightweight Japanese tissue…Evaluation of Alkaline Compounds Used for Deacidification and Simultaneous Lining of Extremely Degraded Manuscripts (2017)Evaluation of Alkaline Compou…Methods of Aqueous Treatments: The Last Resort for Badly Damaged Iron Gall Ink Manuscripts (2012)Methods of Aqueous Treatments…Stabilising local areas of loss in iron gall ink copy documents from the Savigny estate (2009)Stabilising local areas of lo…Remoistenable Tissue Preparation and its Practical Aspects (2009)Remoistenable Tissue Preparat…Work standard for the treatment of 18th- and 19th-century iron gall ink documents with calcium phytate and calcium hydrogen carbonate (2008)Work standard for the treatme…Technical Note: Application of the Non-Woven Viscose Fabric Paraprint OL 60 for Float Screen Washing of Documents Damaged by Iron Gall Ink Corrosion (2007)Technical Note: Application o…Gelatine in Historical Paper Production and as Inhibiting Agent for Iron-Gall Ink Corrosion on Paper (2004)Gelatine in Historical Paper …Enzymes in Solvent Conditioned Poultices for the Removal of Starch-based Adhesives from Iron Gall Ink Corroded Manuscripts (2004)Enzymes in Solvent Conditione…What Fiber for Paper Strengthening? (1999)What Fiber for Paper Strength…Plastics in robots: a degradation study of a humanoid skin mask made of soft urethane elastomer (2022)Plastics in robots: a degrada…Combining phytate treatment and nanocellulose stabilization for mitigating iron gall ink damage in historic papers (2020)Combining phytate treatment a…ENZYMES IN A VISCOUS MEDIUM (1977)Phytate: a Potential Conservation Agent for the Treatment of Ink Corrosion Caused by Irongall Inks (1995)Evaluation of the efficiency of nanoparticles for increasing α-amylase enzyme activity for removing starch stain from paper artifacts (2021)Influence of Wet Film Thickness on the Functional Applications of Biopolymers in Paper Conservation (2023)The Effect of Different Strengthening Methods on Different Kinds of Paper (1997)Risk Assessment: A tool to compare alternative courses of action for the conservation of iron-gall ink containing objects (2003)Optimizing the Leafcasting Technique (2004)Book and Paper Preservation (2006)Ink Corrosion. Aqueous and Non-Aqueous Treatment of Paper Objects – State of the Art (1999)FTIR techniques applied to the detection of gelatine in paper artifacts: from macroscopic to microscopic approach (2010)Non-Destructive Analysis of 14th–19th Century European Handmade Papers (2016)Paper sizing with gelatine: from the macro- to the nano-scale (2021)Stabilisation of Paper Containing Iron-Gall Ink with Current Aqueous Processes (2005)The Water Sensitivity of Iron Gall Ink and its Risk Assessment (2009)The use of halide charged interleaves for treatment of iron gall ink damaged papers (2013)Nanotechnologies for Conservation of Cultural Heritage: Paper and Canvas Deacidification (2002)Deacidification for the conservation and preservation of paper-based works: A review (2010)Acetylation of cellulose – Another pathway of natural cellulose aging during library storage of books and papers (2022)Elucidation of the Fe(III) Gallate Structure in Historical Iron Gall Ink (2016)New insights into iron-gall inks through the use of historically accurate reconstructions (2018)Iron-galls inks: preparation, structure and characterisation (2022)Emotion and sociable humanoid robots (2003)Conservation of Plastics: Materials Science, Degradation and Preservation (2008)Non-invasive identification of plastic materials in museum collections with portable FTIR reflectance spectroscopy: Reference database and practical applications (2015)A Thermal Analytical Study of LEGO® Bricks for Investigating Light-Stability of ABS (2023)Investigation of the stabilization of verdigris-containing rag paper by wet chemical treatments (2014)Oxidative degradation of paper – A minireview (2021)Studies on the Conservation of Verdigris on Paper (2015)Beneficial effect of gelatin on iron gall ink corrosion (2021)
this work references cited by second hop

References

  • 2004Gelatine in Historical Paper Production and as Inhibiting Agent for Iron-Gall Ink Corrosion on Paper43 cited
  • 2009Remoistenable Tissue Preparation and its Practical Aspects26 cited
  • 2008Work standard for the treatment of 18th- and 19th-century iron gall ink documents with calcium phytate and calcium hydrogen carbonate23 cited
  • 2009Stabilising local areas of loss in iron gall ink copy documents from the Savigny estate13 cited
  • 1999What Fiber for Paper Strengthening?12 cited
  • 2012Methods of Aqueous Treatments: The Last Resort for Badly Damaged Iron Gall Ink Manuscripts10 cited
  • 2004Enzymes in Solvent Conditioned Poultices for the Removal of Starch-based Adhesives from Iron Gall Ink Corroded Manuscripts8 cited
  • 2017Evaluation of Alkaline Compounds Used for Deacidification and Simultaneous Lining of Extremely Degraded Manuscripts6 cited
  • 2007Technical Note: Application of the Non-Woven Viscose Fabric Paraprint OL 60 for Float Screen Washing of Documents Damaged by Iron Gall Ink Corrosion5 cited

Cited by

  • 2020Combining phytate treatment and nanocellulose stabilization for mitigating iron gall ink damage in historic papers26 cited
  • 2022Plastics in robots: a degradation study of a humanoid skin mask made of soft urethane elastomer18 cited

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