Or executed with materials and methods compatible with the origi-īution of pigments. X-ray fluorescence has been used to uncover the subsurface distri. In addition, conservation treatments must be completely reversible Ing interfaces in a stratigraphic structure, while macroscopic-scanning Noninvasive or, at the very least, employ microsampling techniques. Terahertz time-Īble, which demands that analytical investigation must beĭomain spectroscopy has been shown to be capable of highlight. Technology of manufacture of other types of objects. Ing owing to the fact that historical objects are unique and irreplace. Such research is especially challeng-Įxamining the in-depth structure, the state of conservation, and the Multilayered structure of paintings, demonstrating the possibility ofĮffective and secure restoration. Phy have been exploited to explore in three-dimensions the inner,ĭeterioration processes, and the development of new methods of X-ray based tomography and laminogra-ĭiagnostic assessment, the identification of the causes and effects of Part, are dedicated to the improvement of analytical techniques for The subsurface investigation of objects without recourse to invasive The conservation of artistic heritage though projects that, for the most One research trend focuses on the development of methods for The study of corrosion processes in metals as they occur.Ĭurrent scientific research is making appropriate contributions to Ments are also possible in customized sample environments, as in Large depth of focus and fast acquisition, time-resolved measure-ĭamental component of successful and durable conservation and Include the behavioral properties of these materials, must be a fun. Since synchrotron radiation techniques offer Of the composition and structure of the materials used by artists, toĪlteration reactions. It follows that detailed knowledgeĮxecution, to explain optical properties, and to visualize details of Negative consequences, ranging from the incorrect “reading” of a Instance, provides information on the distribution of local phase com. Vention to stop or slow degradation, may result in a myriad of Chemical mapping at high spatial resolution, for (XAS) offers a combination of features particularly well-suited for theĮning, corrosion, and other alterations that, in the absence of inter. Kinetically complex and can lead to discoloration, structural weak. Among the available tools, X-ray absorption spectroscopy These processes can be thermodynamically and Synchrotron radiation methods have been widely exploited in recent Owing to the advantages afforded by its high sensitivity,īecause of physical and chemical interactions with the surround. GUEST EDITORIAL Advanced Techniques in Art Conservation It is well-known that historical artifacts and works of art deteriorate
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