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Characterization of 4th-5th century AD earthen plaster support layers of Ajanta mural paintings

机译:4至5世纪Ajanta壁画的土灰泥支撑层的特征

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Characterization of decorated earthen plaster has seldom been attempted in India. This paper provides a description of a recent characterization of mud plasters of decorated rock art in India's Ajanta caves by visual as well as instrumental techniques using polarizing microscope; laser scattering devise; sieve analysis; XRF, XRD, CHN, FTIR and SEM techniques on a few micro grams of plaster sample. The properties of high silt, (>75%) low clay (about 15%) plaster support layers seems to have been modified by deliberate addition of lime to enhance cementing characteristics. SEM and MR spectra of the plaster show inclusion of coarse black ferruginous silicate along with rarer glauconite-celadonite and zeolites probably bound together with proteic materials that have now transformed to calcium oxalate. XRD and SEM studies indicate that quartz and sepiolite have been added to enhance the performance of the plaster. The shrinkage property of the soil has also been modified by the addition of vegetal matter. (C) 2015 Elsevier Ltd. All rights reserved.
机译:在印度很少尝试对装饰的土灰泥进行鉴定。本文通过使用偏光显微镜的视觉和仪器技术,描述了印度阿jan陀洞穴中装饰岩画的泥灰泥最近的特征。激光散射装置筛分分析; XRF,XRD,CHN,FTIR和SEM技术在几微克灰泥样品上进行。高淤泥,(> 75%)低粘土(约15%)石膏支撑层的性能似乎已通过有意添加石灰来增强胶结特性而得到了改善。灰泥的SEM和MR光谱显示,包含粗大的黑色铁硅酸盐以及稀有的青石-硅藻土和沸石,它们可能与现在已转变为草酸钙的蛋白质材料结合在一起。 XRD和SEM研究表明,已添加石英和海泡石以增强石膏的性能。土壤的收缩性也已通过添加植物性物质而得到改善。 (C)2015 Elsevier Ltd.保留所有权利。

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