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Fluorescence lidar technique for the remote sensing of stony materials in ancient buildings

机译:古建筑物遥感石材遥感荧光激光雷达技术

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Lidars have already been used as an effective tool for the monitoring of marine environment and vegetation. In this paper the data relative to the first fluorescence lidar experiments on the facades of historical buildings are presented and discussed. The lidar fluorescence spectra presented in this paper were detected with a high spectral resolution fluorescence lidar on the Baptistery of Parma and mainly refer to the coatings of Ammonitico Rosso Veronese, a calcareous stone widely employed as decorative material for its color and typical texture. These data were also compared to the lidar spectra of samples coming from different sites situated in the extraction areas historically known from the archives and from sites in an area exploited only quite recently. The results constitute a first step towards a completely non destructive spectral analysis directly on the surfaces of the historical buildings.
机译:Lidars已被用作监测海洋环境和植被的有效工具。在本文中,介绍并讨论了历史建筑物外墙上的第一个荧光激光雷达实验的数据。本文呈现的LIDAR荧光光谱在帕尔马的洗礼仪上检测到本文的荧光激光脉,主要是指Ammonitico Rosso Veronese的涂层,一种钙质石,广泛用作其颜色和典型质感的装饰材料。这些数据也与来自位于历史上的不同部位的样品的激光雷达光谱与历史上,从档案中已知,并且在最近仅利用的区域中被剥削的地方。结果构成了直接在历史建筑物表面上完全不破坏性谱分析的第一步。

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