3) private documents
私人文书
4) bronze artifacts
青铜文物
1.
This article introduces the research status quo of ancient bronze artifacts protection, analyses and compares the existing preservation technologies with an emphasis on the two inhibitors: BTA and AMT.
介绍了青铜文物保护的研究现状 ,对已有的青铜文物保护技术进行了分析比较 ,指出其优缺点 ,重点介绍了BTA和AMT两种缓蚀剂 ,并且指出青铜文物保护研究面临的问题及发展趋势。
2.
Ancient bronze artifacts continued to react with atmosphere after the excavation from the early graves because of bronze disease.
介绍了古代青铜文物腐蚀的主要产物、青铜病的起因及危害 ,概述了国内外青铜文物保护现状 ,在作者前期研究结果基础上 ,总结了 2 -氨基 - 5 -巯基 - 1,3 ,4-噻二唑 (AMT)作为青铜文物缓蚀保护剂的缓蚀性能和保护机制 ,指出了AMT用于青铜文物保护的优势和未来的研究方
3.
This is especially true of the protection of bronze artifacts,which requires materials harmonious with the original materials without doing harm to the relics information,outer colors and blazes.
应用现代新材料来保护古代材料是文物保护和文物修复中所面临的重要课题,尤其是在青铜文物的保护和修复中,所用材料既要与文物相容性好,又要不损坏原器物上的考古信息、外观色彩与光泽。
5) bronze cultural relics
青铜文物
1.
Study on the bronze cultural relics corrosion and protection;
青铜文物腐蚀与保护研究
6) bronze relic
青铜文物
1.
The paper presents composition analyses and structure observation of bronze relic samples which were collected from Hubei, Jiangxi, Guangxi, Shaanxi, Beijing, environmental conditions of the sites where the samples were taken.
研究了在湖北、江西、广西、陕西和北京收集到的青铜文物样品的化学成分、结构特征和样品所在地区的环境条件。
2.
Neogenic minerals of cuprite, malachite, azurite, cerussite and stannolite were observed in corrosion layers of bronze relics.
产于不同环境不同地方的青铜文物经矿相显微镜观察、电子探针成分分析和X射线衍射研究表明,在青铜文物腐蚀层中观察到次生矿物赤铜矿、孔雀石、蓝铜矿、白铅矿和锡石。
3.
Research results indi-cate that the bronze relics can be continuously corroded with time, the corrosion layer ofbronze relics consists of at least two sub-layers, such as oxide and carbonate sub-layers.
研究了在湖北、江西、广西、陕西和北京收集到的青铜文物样品的化学成分、结构特征和样品所在地区的环境条件。
补充资料：私我
1.偏爱我。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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