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Thin-section microscopy of decayed crystalline marble from the garden sculptures of Schoenbrunn Palace in Vienna

机译:维也纳美泉宫花园雕塑上的腐烂结晶大理石的薄层显微镜

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Sterzing marble, a crystalline white marble used in the late-Baroque garden sculptures of Schoenbrunn Palace in Vienna, was studied by means of thin-section and scanning electron microscopy in order to obtain a better understanding of its surface decay caused by atmospheric weathering. Following the classification of distinct phenomena of deterioration by visual on-site inspection, the microstructural features including surface erosion, micro-cracking, soiling, black crust formation, and microbiological infestation are exemplified by microscopical images and are briefly discussed. The results proved useful for evaluating and understanding the various types of marble decay for creating a safer basis for establishing the procedural principles aimed at conservation and maintenance of the sculptures.
机译:通过薄层扫描和扫描电子显微镜研究了施斯特灵大理石(一种结晶的白色大理石,用于维也纳的美泉宫的巴洛克式晚期花园雕塑中),以便更好地了解由大气风化引起的表面衰变。在通过目视现场检查对明显的劣化现象进行分类之后,通过显微图像对微观结构特征进行了举例说明,并对其进行了简要介绍,这些微观结构特征包括表面侵蚀,微裂纹,弄脏,黑皮形成和微生物侵扰。结果证明对评估和理解各种类型的大理石腐烂有用,从而为建立旨在保护和维护雕塑的程序原则奠定了更安全的基础。

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