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Surface and volume non-invasive methods for the structural monitoring of the bass-relief 'Madonna con Bambino'(Gorizia, Northern Italy)

机译:贝斯浮雕'Madonna Con Bambino'的结构监测的表面和体积非侵入方法(Gorizia,意大利北部)

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摘要

Structural analysis of marble statues, carried out by non-invasive and in situ methods, is crucial to define the state of conservation of the artworks and to identify the deterioration phenomena that can affect them. In this work, we combined in situ non-destructive techniques, ultrasonic tomography (US), ultraviolet-induced visible fluorescence (UV-IF) and X-ray fluorescence (XRF) to study the bass-relief 'Madonna con Bambino' (Gorizia, Italy). The US revealed the presence of some metallic pivots, associated with areas of high sound velocity; moreover, a more degraded area has been identified in the lower part of the bass-relief. The acquired UV-IF image confirmed the presence of surface degradation, allowing a preliminary evaluation of the extension of a fracture, from surface to bulk. In addition, the different materials (both original and/or integrations) that compose the studied surface have been identified. The XRF has contributed to define the nature of the inorganic materials applied during undocumented previous restoration works on the surface as filler for lacunae.
机译:通过非侵入性和原位方法进行的大理石雕像的结构分析至关重要,以确定艺术品的保护状态,并识别可能影响它们的恶化现象。在这项工作中,我们以原位非破坏性技术,超声波断层扫描(US),紫外线诱导的可见荧光(UV-IF)和X射线荧光(XRF)相结合,以研究低音浮雕'Madonna Con Bambino'(Gorizia , 意大利)。美国揭示了一些金属枢轴的存在,与高声速的区域相关;此外,已经在低音浮雕的下部识别了更劣化的区域。获得的UV-IF图像证实存在表面劣化,从而允许从表面膨胀的裂缝延伸的初步评估。另外,已经识别了构成研究表面的不同材料(原始和/或整合)。 XRF有助于定义在未记录的先前恢复过程中施加的无机材料的性质,作为LECUNAE的填充剂。

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