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Alterazioni cromatiche di materiali lapidei carbonatici: studio delle macchie indotte dalla coesistenza con materiali ferrosi e metodi innovativi per la loro rimozione

机译:碳酸盐石材的色变:与铁质材料共存引起的色斑及其去除方法的创新研究

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摘要

Carbonatic stones artifacts, especially those in outdoor environments, undergo chemical, physical, biological and anthropic degradation or at least alteration. A remarkable aesthetic impact rises from the presence of stains based on metal compounds that can be attributed to extrinsic (metal-stone contact) or intrinsic (oxidation of iron minerals in the stone) factors. The iron staining, especially on light-colored stone, is generally considered to be one of the most difficult problem encountered in the cleaning of porous building materials. Here we present a research starting with a preliminary chemical and morphological characterisation of iron based stains, on carrara marble and travertine, and ending with a cleaning procedure by innovative chemical and biological treatments. We used several analytical methods on both ancient artefacts and simulated samples, in order to individuate the iron compounds that are more frequently found. A natural staining was chosen, i.e. the exposition of marble and travertine in contact with iron on a terrace. The most efficient chemical and biological solution were individuated and optimized
机译:碳质石器物,特别是户外环境中的碳石器物,会发生化学,物理,生物和人类退化或至少发生改变。基于金属化合物的污渍的出现会产生明显的美学影响,这些污渍可归因于外在(金属-石头接触)或内在(石头中铁矿物质的氧化)因素。铁的污渍,尤其是浅色石材上的污渍,通常被认为是清洁多孔建筑材料时遇到的最困难的问题之一。在这里,我们介绍一项研究,从对卡拉拉大理石和石灰华上的铁基污渍进行初步的化学和形态表征,再到通过创新的化学和生物处理进行清洁程序结束。为了区分较常见的铁化合物,我们对古代文物和模拟样品使用了几种分析方法。选择自然染色,即大理石和钙华在与铁接触的露台上暴露。个性化和优化了最有效的化学和生物解决方案

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    Reale Rita;

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