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Role and Performance of Nanomaterials in Rock Paintings in Rocks

宝藏 材料科学 遗传(遗传算法) 纳米材料 美学 纳米技术 考古 艺术 历史 生物化学 基因 化学
作者
Juan Tan
出处
期刊:Integrated Ferroelectrics [Taylor & Francis]
卷期号:236 (1): 130-149
标识
DOI:10.1080/10584587.2023.2194833
摘要

Since China’s inheritance, the history of the long river has left a brilliant cultural treasure. As a witness of history, they reflect the process of human activities. With today’s rapid development, the protection of cultural relics is gradually deepening. Stone coated cultural relics are the most inheritance. However, the body material of stone carut articles is extremely fragile under the influence of time and environment. It is necessary to make it easy to continue to keep; it is necessary taking the necessary protection measures. But currently used protective materials have certain defects more or less. This paper is based on this, with the purpose of extending the life of the cultural relics; it proposed the use of nanomaterial Ti02 modified common protection materials WD-10. It performed comparison by adding different concentrations of Ti02, and the microsurrant rock obtained by the ground is used as a sample to detect its protection effect. And it has achieved appropriate ratios to enhance protection performance. The experimental results of this paper showed that the concentration of Ti02 was a modification result of the modification of the concentration, and the performance was most excellent. The value in the detection of the moist angle is 80% or more and excellent ultraviolet aging properties.

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