铝锰合金

lǚ měng hé jīn
  • alumal
铝锰合金铝锰合金
铝锰合金[lǚ měng hé jīn]
  1. 介绍了对油泵机缸体铝锰合金铸造件缺陷补焊修复的技术工艺,且弥补了若采用交流氩弧焊和气焊施焊时存在的不足。

    This paper introduces the repair welding procedure for repairing an alumal casting piece of an oil pump cylinder , This method covers the shortages of AC argon arc weld and gas welding .

  2. EDTA滴定法快速测定铝锰合金中铝

    Rapid determination of aluminium in Al-Mn alloy by EDTA titrimetry

  3. ICP-AES法测定铝锰合金中的铝锰硅磷含量

    Determination of Al , Mn , Si and P in Al-Mn Alloy by ICP-AES

  4. 低温熔盐电镀铝锰合金的研究

    Al-Mn Alloys Electroplating Technology in Low Temperature Molten Salts

  5. 高电阻铝锰合金中锰含量的测量

    Determination of Manganese in High Resistance Aluminum manganese Alloy

  6. 最后阐述了细晶铝锭熔铸铝锰合金的新型细化方法。

    A kind of new grain refinement method by grain-refining aluminium ingots was related at last .

  7. 本文叙述了阳极氧化工艺对稀土铝锰合金电解着色膜物理化学性能的影响。

    The influence of technology of anodic oxidation on the physicochemical properties of rare earth Al-Mn alloy electrolytic coloured membrane is recited .

  8. 利用该工艺可在钢基表面获得不同配比的锌锰及锌铝锰合金镀层,对镀层进行了5%NaCl溶液喷雾加速腐蚀试验及全浸加速腐蚀试验,并与机械镀锌层进行了对比。

    The corrosion resistance of the resulting alloy coatings were evaluated making use of neutral salt spray accelerated corrosion test and immersion corrosion test in 5 % NaCl .

  9. 所生产的铝锰硅合金的P、C等杂质含量达到了金属锰的水平。

    The impurity substance content of P.C etc. in Al-Mn-Si alloy produced comes up to metal Mn level .

  10. 磷酸&三价锰滴定法测定铝锰钛合金中锰量

    The measurement of manganese content in Al-Mn-Ti alloy by titration method

  11. 硅锰和铝锰脱氧合金化实践

    Practice on Deoxidization and Alloying Process with Silicon-manganese and Aluminium-manganese

  12. 湖北剧院铝锰镁合金板斜屋面施工

    Construction of Al-Mn-Mg alloy board pitched roofing of Hubei Theater

  13. 用铝锰钛合金进行脱氧合金化的应用研究

    Application Study in Deoxidization and Alloying of Hot Metal by Adding Aluminium-manganese-titanium Alloy

  14. 变形铝锰系合金的应用现状及发展动态

    Application Situation and Progress of Wrought Al-Mn Alloy

  15. 铝镁锰合金建筑板材的结构设计研究

    Construction Design Study on Al-Mg-Mn Alloy Building Sheets

  16. 铝锰镁合金屋面板在黄龙体育馆屋面中的应用

    Al-Mn-Mg alloyed sheet used on Huanglong gymnasium roofing

  17. 针对杭州大剧院后屋盖复杂的形状,我们采用国际上先进的扇形铝镁锰合金直立锁边防水系统,从原理上杜绝了雨水渗漏的可能。

    For the complicate shape of back roof in Hangzhou Grand Theatre , we adopt the international ad-vanced waterproof system of tapered aluminium magnesium manganese alloy with standing seam .

  18. 进行了铝镁锰合金建筑板材的材性试验,比较了其与钢材的力学性能差别;

    The paper gives the results of material test for the Al-Mg-Mn alloy building sheets and the comparison of the material behaviors between Al-Mg-Mn alloy building sheets and steel .

  19. 指出了铝镁锰合金建筑板材有效截面计算及剪切屈曲应力计算与钢材有显著差异,在此基础上提出了适合铝镁锰合金建筑板材的结构设计方法和计算公式。

    In the same time , in team of the calculation of the effective section and shear buckling stress , the paper proposes the construction design method and formula fitting the Al-Mg-Mn alloy building sheets .

  20. 其主材为铝锰镁合金屋面板,具有重量轻、硬度大、有柔性、耐腐蚀、无须保养、易加工等优点,施工中成功解决了金属屋面的热胀冷缩等问题,综合经济效益好。

    The main material is Al-Mn-Mg alloyed roof sheet which is of light weight , high hardness , good flexibility , corrosion resistance , no need for maintenance and easy to manufacture . It has also resolved temperature deformation problem successfully , achieving good comprehensive economic benefit .

  21. 稀土铝锰对高锌镁合金组织和性能的影响

    The effect of Re Al and Mn Element on Microstructure and Property of High Zinc Magnesium Alloy

  22. 加料顺序影响合金收得率,先加锰后加铝的收得率明显高于先加铝后加锰的合金锭。

    Charging sequence will influence the yield of alloy .

  23. 在流动海水中,铝合金比普通碳钢和紫铜耐蚀,特别是铝镁系和铝镁锰系合金,可以与90/10铜镍合金媲美。

    The corrosion resistance of Al alloy in flowing seawater is superior to that of carbon steel and copper , especially the Al-Mg and Al-Mn alloys which can be compared with that of 90 / 10 Cu / Ni alloy .