1.
Analysis of Corrosion Products on Ancient Bronzes with Combined Use of Raman Spectroscopy,FTIR,and Other Analytical Techniques;
古代青铜器锈蚀产物的拉曼和红外光谱分析
2.
Morphology and composition of the rust on bronze artifacts;
青铜器锈蚀结构组成及形态的比较研究
3.
Research on the corrosion of bronze wares excavated from Tianma-- Qucun site of Jin state in Zhou Dynasty;
天马—曲村周代晋国墓地出土青铜器锈蚀研究
4.
Research on the corrosion of Bronzes from Zhouyuan Site and Yu State Cemeteries;
周原遗址及国墓地出土青铜器锈蚀研究
5.
Corrosion characteristics and composition analysis of bronzes excavated in a vault in Mei-County, Baoji;
宝鸡眉县出土27件窑藏青铜器锈蚀特征及成分的分析研究
6.
A Raman Microscopic Study of the Patinas on Ancient Bronzes Excavated from Penglai City;
蓬莱出土古代青铜器锈蚀产物的显微喇曼光谱分析
7.
X┐ray diffraction analysis on rem nant com ponentsof Bronze chariot and horses No.1 from Qinshihuang′s tom b anda com pared study of corrosion m echanism of bronze and silverw are;
秦俑一号铜车马残件X射线衍射分析——青铜器和银器锈蚀机理比较
8.
Analysis of Rusted Residues of Bronze Artifacts from Jiuliandun Tomb Nos. 1 & 2
九连墩墓地1、2号墓出土青铜器上锈蚀产物分析
9.
Research on erosion mechanism of bronze cultural relics and transform agent on harmful rust;
青铜文物锈蚀机理及有害锈转化剂研究
10.
Study on Removing the Powder Rust of Bronze by AHH-1 Complex Reagent as an Bronze Inhibitor;
AHH-1复合剂去除青铜粉状锈及缓蚀性能研究
11.
The next medium for writing was bronzes.
继之而起的铭文锈刻在青铜器上。
12.
A thin greenish layer, usually basic copper sulfate, that forms on copper or copper alloys, such as bronze, as a result of corrosion.
铜绿锈通常如碱性硫酸铜的一层浅绿色薄层，在铜或铜合金（如青铜）上形成，是由腐蚀引起的
13.
Studies on mechanism of the re - deposition of copper in corroded ancient bronzes;
腐蚀青铜器中纯铜晶粒形成机理的初步研究
14.
An investigation of the origin of powdery rust of excavated bronze;
出土青铜器是否带有原生“粉状锈”的探讨
15.
Study of corrosion and protection of bronze with potential activation theory;
应用电位活化理论研究青铜器的腐蚀与保护
16.
Preparation and Application of a New Inhibitor for Bronze Wares
新型青铜器缓蚀剂的研制及其应用效果
17.
Parson's bronze
帕森高强度耐蚀锰青铜
18.
a bronze with 2-3% silicon that is resistant to corrosion.
含%硅的青铜，抗腐蚀。