Laser paper cleaning: the method of cleaning historical books

E. Zekou, I. Tsilikas, E. Chatzitheodoridis, A. Serafetinides
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引用次数: 3

Abstract

Conservation of cultural heritage treasures is the most important issue for transferring knowledge to the public through the next generation of students, academics, and researchers. Although this century is authenticating e-books and information by means of electronic text, still historical manuscripts as content as well as objects are the main original recourses of keeping a record of this transformation. The current work focuses on cleaning paper samples by the application of pulsed light, which is interventional. Experiments carried out using paper samples that are artificially colonized with Ulocladium chartarum. Paper is treated by Nd:YAG laser light. The available wavelength is 1064 nm, at various fluences, repetition rates and number of pulses. Two types of paper are stained with fungi colonies, which grow on substrates of clean paper, as well as on paper with ink text. The first type of paper is Whatman No.1056, which is closer to pure cellulose. The second type of paper is a page of a cultural heritage book published in 1926. Cleaning is performed using laser irradiation, thus defining the damage threshold of each sample. The treatment on paper Watman showed a yellowing, especially on areas with high concentration of fungi. The second sample was more durable to the exposure, performing the best results at higher fluences. Eventually, the paper samples are characterized, with optical microscopy and SEM/EDX analyses, prior to and after cleaning.
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激光洗纸:清洗历史书籍的方法
保护文化遗产是通过下一代学生、学者和研究人员向公众传递知识的最重要问题。尽管本世纪正在通过电子文本对电子书和信息进行鉴定,但历史手稿作为内容和对象仍然是记录这一转变的主要原始资源。目前的工作重点是利用脉冲光清洁纸张样品,这是一种干涉性的方法。实验使用纸张样品,人工定殖的乌氏氯代菌。用Nd:YAG激光对纸张进行处理。可用的波长为1064 nm,具有不同的影响、重复率和脉冲数。真菌菌落在两种类型的纸上,它们生长在干净的纸上,也生长在有墨水文字的纸上。第一种纸是Whatman No.1056,它更接近纯纤维素。第二种纸是1926年出版的一本文化遗产书的一页。使用激光照射进行清洗,从而确定每个样品的损伤阈值。在Watman纸上的处理显示发黄,特别是在真菌浓度高的地方。第二个样本对曝光更持久,在更高的影响下表现出最好的结果。最后,通过光学显微镜和SEM/EDX分析,对纸质样品在清洗前后进行表征。
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