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Infrared emission contrast for the visualization of subsurface graphical features in artworks

机译:红外发射对艺术品地下图形特征的可视化对比度

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摘要

In this paper a method is presented based on the use of active infrared thermography for the detection of subsurface graphical features in artworks. A theoretical model for the thermographic signal describing the physical mechanisms which allow the identification of the buried features has been proposed and thereafter it has been applied to the analysis of the results obtained on specifically made test samples. It is shown that the proposed model predictions adequately describe the experimental results obtained on the test samples. A comparative analysis between the proposed technique and infrared reflectography is also presented. The comparison shows that active thermography can be more effective in the detection of features buried below infrared translucent layers and, in addition, that it can provide information about the depth of the detected features, particularly in highly IR diffusing materials. (C) 2018 Elsevier B.V. All rights reserved.
机译:本文基于使用有源红外热成像以检测艺术品中的地下图形特征来提出一种方法。 已经提出了描述允许识别掩埋特征的物理机制的热成像信号的理论模型,然后已经应用于在特异性测试样品上获得的结果的分析。 结果表明,所提出的模型预测充分描述了在测试样品上获得的实验结果。 还提出了所提出的技术和红外反射谱系之间的比较分析。 比较表明,在埋在红外半透明层下方的特征的检测中,有源热成像可以更有效,并且另外,它可以提供关于检测到的特征的深度的信息,特别是在高度IR扩散材料中。 (c)2018 Elsevier B.v.保留所有权利。

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