Estudo dos materiais constituintes de obras do património cultural através de métodos físicos e químicos

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Liz Karen Herrera Quintero, Physico-Chemical Research of Cultural Heritage Materials Using Microanalytical Methods, Sevilla, Universidad de Sevilla, 2009.

Índice:

• Studies and Research of Paintings
• Advanced Combined Application of µ-X-ray Diffraction/µ-X-ray Fluorescence with Conventional Techniques for the Identification of Pictorial Materials from Baroque Andalusia Paintings
• Characterisation of iron oxide-based pigments by micro X-Ray diffraction
• Synchrotron-based X-ray experiments used for the study of an iron oxide micrometric pigment in 18th century paintings
• Characterisation of azurite and malachite pigments by combined application of µ-X-ray diffraction/µ-X-ray fluorescence in cross section from Spanish Baroque paintings
• Studies on Ancient Mirrors
• Hg/Sn amalgam degradation of ancient glass mirrors
• Study of nanocrystalline SnO2 particles formed during the corrosion processes of ancient amalgam mirrors
• Studies on Baroque Metallic Organ Pipes
• Chemical composition of the metal pipes of Spanish baroque organs as determined by laboratory and synchrotron techniques
• Chemical composition of the red pipes of a Spanish baroque organ
• Studies of Ancient Fibres
• Identification of cellulose fibres belonging to Spanish cultural heritage using synchrotron x-ray diffraction and laboratory techniques
• Studies of Metallic Artefacts
• Analysis of cultural heritage metallic artefacts from Andalusia
• Conclusions
• Resumen