Journal of the American Institute for Conservation · 1994 · 48 citations · 12 references
Natural SciencesMaterials SciencePolymer ChemistryPolymer EngineeringPolymer MaterialsAcrylic Resin MaterialsPaint ConservationResin InfiltrationBinder MaterialsColorantsEmbedded MaterialsInfrared Spectroscopic AnalysisNatural Colorants
AbstractAbstractPolyester resins have been commonly used in art conservation for embedding paint cross sections prior to microscopic and analytical studies. These resins set rapidly without heat, are clear, polish readily, and microtome easily. While they work well for embedding most paint samples, they pose pro blems for some specific samples. The polyester embedding media have been found to dissolve wax, some organic colorants, and fresh natural resin layers in cross sections. The embedding resin also wicks into porous samples of low binder content. At times, infiltration can be desirable for its consolidating effects, but it can also interfere with the determination of the type of binder in the sample by producing blotchy, uneven staining results and by obstructing infrared analysis. Alternate embedding materials and procedures are discussed in this paper. One method to prevent the infiltration of embedding media is presented in which the samples are precoated with a thixotropic acrylic gel before embedding. Optimal microtoming techniques are also presented.
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Materials Issues in Art and Archaeology
Hisao Mabuchi, Edward V. Sayre, Pamela B. Vandiver et al. · Studies in Conservation · 1991 · 214 citations
Humanities, Archaeology, Ancient Art +10
Cross-sections and Chemical Analysis of Paint Samples
Joyce Plesters · Studies in Conservation · 1956 · 161 citations
Ultramicrotomy for Materials Science
T. Malis, Douglas Steele · MRS Proceedings · 1990 · 57 citations
Natural Sciences, Materials Engineering, Materials Science +3