The “PICUS” system in the detection of defects on panel paintings and wooden boards

G. Caliano, F. Mariani, Fabiola Vitali, P. Pogliani
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Abstract

The technique of panel painting played a particularly significant role in Italian art, especially between the thirteenth and sixteenth centuries, before canvas came into general use. The conservation of panel paintings, however, is complex and largely depends on the original materials and techniques used to create the support and the many layers of preparation for painting. The state of conservation is influenced also by the history of stress/deformation that the painting has undergone and the microclimatic conditions in which it is exposed. The large thermo-hygrometric variation induces changes in the structure of the wood and can create cracks even for the gypsum which is more rigid than the wood and can develop dangerous detachments. Recently, a low-cost, portable test system for the measurement of detachments between layers of architectural coatings, called PICUS, inspired by the method used by restorers during diagnosis and conservation interventions, has been successfully developed. The same system was then tested to acquire information about the execution technique, the state of conservation and previous interventions of stratified structures such as paintings on wood.
“PICUS”系统用于检测面板、油漆和木板的缺陷
面板绘画技术在意大利艺术中发挥了特别重要的作用,特别是在13世纪和16世纪之间,帆布被广泛使用之前。然而,面板画的保护是复杂的,很大程度上取决于用于创建支撑和绘画准备的许多层的原始材料和技术。保护状态还受到画作所经历的应力/变形历史以及其暴露的小气候条件的影响。大的热湿变化引起木材结构的变化,甚至对比木材更坚硬的石膏也会产生裂缝,并可能产生危险的脱落。最近,一种被称为PICUS的低成本便携式测试系统被成功开发出来,该系统被称为PICUS,用于测量建筑涂层层之间的分离,该系统的灵感来自修复者在诊断和保护干预期间使用的方法。然后对同一系统进行测试,以获取有关执行技术、保护状态和以前对分层结构(如木刻绘画)的干预的信息。
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