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Novel application of liquid chromatography/mass spectrometry for the characterization of drying oils in art: Elucidation on the composition of original paint materials used by Edvard Munch (1863–1944)

机译:液相色谱/质谱新的液相色谱/质谱施用清洁油的表征:阐明Edvard Munch使用的原始涂料材料组成(1863-1944)

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摘要

Modern oil paints, introduced at the beginning of the 20th century, differ from those classically used in antiquity in their chemical and compositional features. The main ingredients were still traditional drying oils, often used in mixtures with less expensive oils and added with several classes of additives. Consequently, detailed lipid profiling, together with the study of lipid degradation processes, is essential for the knowledge and the conservation of paint materials used in modern and contemporary art.A multi-analytical approach based on mass spectrometry was used for the study of original paint materials from Munch's atelier, owned by the Munch Museum in Oslo. The results obtained in the analysis of paint tubes were compared with those obtained by characterizing a paint sample collected from one of the artist's sketches for the decoration of the Festival Hall of the University of Oslo (1909-1916).Py-GC/MS was used as screening method to evaluate the presence of lipid, proteic or polysaccaridic materials. GC/MS after hydrolysis and derivatization allowed us to determine the fatty acid profile of the paint tubes, and to evaluate the molecular changes associated to curing and ageing. The determination of the fatty acid profile is not conclusive for the characterization of complex mixtures of lipid materials, thus the characterization of the triglyceride profiles was performed using an analytical procedure based on HPLC-ESI-Q-ToF.This paper describes the first application of HPLC-ESI-Q-ToF for the acquisition of the triglyceride profile in a modern paint sample, showing the potentialities of liquid chromatography in the field of lipid characterization in modern paint materials. Moreover, our results highlighted that the application of this approach can contribute to address dating, authenticity and conservation issues relative to modern and contemporary artworks.
机译:在20世纪初推出的现代油画片不同于古典化学和组成特征的古代繁殖的油漆。主要成分仍然是传统的干燥油,通常用于较低昂贵的油的混合物中,并添加了几种添加剂。因此,详细的脂质分析与脂质降解过程的研究一起对于知识和现代和当代艺术中使用的涂料材料的保护是必不可少的。基于质谱法的多分析方法用于原始涂料的研究Munch's Atelier的材料由奥斯陆茶博物馆拥有。将在涂料管分析中获得的结果与表征来自艺术家草图中的涂料样品的涂料样品进行了比较,用于奥斯陆大学节日(1909-1916).Py-GC / MS的装饰用作筛选方法来评估脂质,蛋白质或多种性化材料的存在。水解和衍生化后GC / MS使我们能够确定涂料管的脂肪酸谱,并评估与固化和衰老相关的分子变化。对于脂质材料的复杂混合物的表征来确定脂肪酸谱的测定不是决定性的,因此使用基于HPLC-ESI-Q-TOF的分析方法进行甘油三酯型材的表征。本文描述了第一次应用HPLC-ESI-Q-TOF用于在现代涂料样品中获取甘油三酯型材,显示现代涂料材料中脂质表征领域液相色谱的潜力。此外,我们的结果强调,这种方法的应用可以有助于满足相对于现代和当代艺术品的约会,真实性和保护问题。

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