锰青铜

利用该法分析锰青铜，结果的准确度及精密度符合要求，方法快速、简便。

The method is simple and rapid , and can be used for the simultaneous determination of phosphorus and silicon in manganese bronze .

铝铁锰青铜保持架的酸洗无铬钝化

Pickling & non-chromium passivation of Al-Fe-Mn bronze cages

GB/T2046-1980锰青铜板一种铜铝合金，具有很高的抗张强度和防腐蚀性。

Manganese-bronze sheets a copper-aluminum alloy with high tensile strength and resistance to corrosion .

保持架采用铝铁锰青铜材料，强度高，弹性好，耐磨性能更好。

Keep wearing USES aluminium , fe and mn bronze materials , high strength , good flexibility , wear-resisting performance is better .

Al、Ti元素对高锰铝青铜组织和性能的影响

Study on the Effect of Al , Ti Content on Microstructure and Hardness of High Manganic Aluminum Bronze

确定了用该高锰铝青铜材料制造冶金备件产品时，Al元素的最佳含量为7.5%～8.2%、Ti元素的最佳含量为020%～025%。

During the making metallurgic products with this material , the proper composition of Al is 7.5 % ~ 8.2 % and Ti is 0.20 % ~ 0.25 % .

试验确定了新型多元复杂含锰铝青铜防爆合金的化学成分，并研究了B与V微合金化及热处理对该合金硬度及力学性能的影响。

The composition of new complex aluminum-bronze alloy containing Mn was determined in this paper . The effect of microalloying both V and B and the heat treatment on its hardness and mechanical properties of aluminum-bronze alloy were studied .

船用螺旋桨新材料&无镍高锰铝青铜的研究

The Study of a New Marine Propeller Material High Mn-Al Bronze

高锰铝青铜合金强韧性的研究

Study on Strength and Toughness of High Manganic Aluminum Bronze

新型多元复杂含锰铝青铜防爆合金研制

Research on new complex aluminum - bronze alloy containing Mn

大型高锰铝青铜螺旋桨补焊解剖试验研究

Dissection tests of a repair Welded Large sized high manganese aluminium bronze propeller

稀土对无镍高锰铝青铜铸态组织和某些性能的影响

Effects of Rare Earth Elements on the Cast Structure and Some Properties of Nickle-free High Manganes Aluminium Bronze

采用锰黄铜或铝青铜铸造的大型海船螺旋桨在海水中工作时容易产生应力腐蚀裂纹和腐蚀疲劳裂纹。

Stress corrosion cracking and fatigue corrosion cracking are easily seen in ship propeller made of copper alloy for working in seawater .

锰铜合金（锰是其中主要成分），有展性的，无论是否缎造GB/T2046-1980锰青铜板

Manganese-copper alloy ( manganese predominating ), malleable , whether or not wrought