铜铬是是以Cu为基体，加入铬及其他微量元素通过一系列化学反应生成的非金属氧化物。
铜铬砷 CCA ; CCA-C ; Chromated Copper Arsenate
铜铬合金 CuCr ; Copper-Chromium alloy ; Cu-Sn
紫铜铬铁 copper soldering iron
铜铬黑 copper chromite black spinel ; Copper Chromite Black
科尼克镍锰铜铬合金钢 Konik
铜铬防腐剂 bichromate de sodium
古铜铬铁岩 bronzite chromitite
铜铬加氢催化剂 Copper-chromium Hydrogenation Catalyst
铜铬氧化物 CuCrO ; cupric and chromic oxide
尼镍或铜铬 Copper chromite
细晶的合金组织有助于改善铜铬触头材料的电性能。
Fine microstructure is beneficial to improving the electric properties of contact materials.
介绍了铜铬合金的性能、应用及该材料现有的制备方法。
This paper introduces the performance, applications and existing producing methods of Cu- Cr alloy.
因此，确定电解浸蚀法作为铜铬稀土合金定量金相分析的试样制备方法是切实可行的。
Consequently, it is feasible to determine electro-etching method as the sample preparation method about quantitative metallographic analysis in CuCrRE alloy.
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