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Near infrared (NIR) spectroscopy: a potential new means of assessing multi-phase earth-built heritage

机译:近红外(NIR)光谱:评估多相土建遗产的潜在新手段

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Earth-built structures were historically very common in Scotland. As building techniques have changed, the number of standing earth buildings has reduced. Now the few earth buildings that remain are significant testaments to a lost craft tradition. Understanding the composition of earthen materials used in construction enables better decision making in conservation/Here, we utilise near infrared (NIR) spectroscopy as a portable, non-destructive tool to assess the mixed inorganic and organic matrix from earth-built structures and experimental comparators. NIR is shown to be able to distinguish clearly between clay-rich blocks of different origin. Admixtures of aggregates such as topsoil, gravel and straw have a significant impact on the spectral data collected. This technique has the potential to better inform repairs and conservation works on historic earth-built buildings.
机译:历史上,土建结构在苏格兰非常普遍。随着建筑技术的变化,地下直立建筑物的数量减少了。现在,仅存的几座土楼就充分证明了失去的手工艺品传统。了解建筑中使用的土质材料的成分可以更好地进行保护/此处的决策,我们利用近红外(NIR)光谱作为便携式无损工具,从土木结构和实验比较器中评估混合的无机和有机基质。 NIR被证明能够清楚地区分不同来源的富粘土块。诸如表土,砾石和稻草之类的骨料混合物对收集的光谱数据有重大影响。这项技术有可能更好地为历史悠久的土建建筑提供维修和养护信息。

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