铜合金

tóng hé jīn
  • copper alloy;pinkus metal;aldary
铜合金铜合金
铜合金[tóng hé jīn]
  1. 利用BP神经网络预测铜合金挤压力

    Application of BP Network to Predict the Copper Alloy Extrusion Pressure

  2. BP神经网络在铜合金加工中的应用

    Review of Applications of BP Neural Network in Copper Alloy Fabrication

  3. 用~(11)B(p,α0)~8Be核反应分析B~+离子注入铜合金中的浓度分布

    Analysis of the concentration distribution of boron sample by  ̄( 11 ) b ( p ,α _0 ) ̄ 8be nuclear reaction

  4. 用XPS研究铅铜合金钝化膜

    An XPS Study of passive films of aluminum - copper alloy

  5. 铜合金密封环冷体TIG堆焊工艺及接头力学性能

    Cold body TIG surfacing technology and mechanical property of copper alloy gland ring

  6. SF6断路器钨铜合金触头的研制

    Development of the CuCr Contact for SF_6 Circuit Breaker

  7. CO和CH30N0在Al203负载钯铜合金催化剂上合成草酸二甲酯的原位红外光谱研究

    In situ Infrared Studies of the Catalytical Synthesis of Dimethyl Oxalate from CO and CH_3ONO Over Al_2O_3 Supported Pd-Cu Alloy Catalysts

  8. 挤压态Cu-Al2O3弥散强化铜合金组织结构与强化机制的定量探讨

    Microstructure and Strengthening Mechanism of the Al_2O_3 Dispersion Strengthened Copper Alloy as Hot-extrusion

  9. 一种新型的高强高导兼顾的铜合金材料&CuAgZr合金,采用真空熔炼的方法制备。

    A new high-strength and high-conductivity copper alloy & Cu-Ag-Zr alloy were produced by means of a vacuum induction furnace .

  10. 含钛铜合金渗入到C/C复合材料中有TiC形成。

    The molten copper alloy containing titanium infiltrates into the preform , and TiC phase forms in the C / C-Cu composites .

  11. 含7.0%~10.0%Sn的K型铜合金喷熔于铸铁表面,不仅具有高的结合强度,而且耐磨性、耐水压性优良。

    The sprayed-layer welded with K copper alloy containing 7.0 % ~ 10.0 % of Sn on the surface of cast iron possesses high adhesion strength , good wear-resistance and resistance to hydraulic pressure .

  12. 在500℃时则为22.0和11.6at.-%,研究结果表明,少量Ni的添加,可使Al-Cu-In系富铜合金变为可热处理强化合金。

    The results show that the addition of small content nickel makes Cu-rich Al-Cu-In alloys heat-treatable .

  13. 铁素体及铜合金汽封在300MW汽轮机上的应用

    Application of ferritic and Copper-Alloy steam seal glands on 300 MW Steam Turbines

  14. 利用铸渗法对铜合金表面进行改性,用Fe基合金粉末作为渗剂在负压条件下进行浇注制备铜基表面复合材料。

    The surface of copper alloy was modified using infiltration casting . Fe-based alloy powder was used as infiltrated agent under the condition of negative pressure to form the infiltrated layer on the surface of copper cast .

  15. 采用P507萃淋树脂色谱柱进行分离,测定了铜合金标样中的铝含量。

    Al in copper can be determined after separation with P507 resins .

  16. B10铜合金管坯三辊行星轧制模拟优化与实验研究

    Simulating Optimization and Experimental Research on Three-Roll Planetary Rolling Process of B10 Copper Alloy Tube

  17. QBe2铜合金再结晶与时效析出交互作用机制的研究

    The Interaction Mechanism of Precipitation and Recrystallization in Cu-Be Alloy

  18. 结果表明,选用8%Zn、2%Al、1%Ni、Re适量、Cu余量的铜合金配方具有较好的仿金色泽和粒子成形性、耐蚀性。

    The results show : it has good imitation golden color , good property of shaping and corrosion resistance by choosing the filling copper alloy prescription of 8 % Zn , 2 % Al , 1 % Ni , suitable Re and Cu .

  19. 通过不同处理手段对NZS系列装饰铜合金的腐蚀性能进行了研究。

    The corrosion properties of NZS system decorative copper alloys are studied through different treatments .

  20. 随着电气化铁路运行向高速化发展,开发新型的Cu-Cr-Zr系、Cu-Mg系铜合金接触线是必要且可行的。

    Along with high-speed developing of the electric train , the development of Cu-Cr-Zr and Cu-Mg copper alloys is necessary and feasible .

  21. 研究了C72500铸态铜合金引线框架材料的微观组织和性能。

    The microstructure and performance of lead-frame copper alloy of C72500 as-cast was studied .

  22. 采用连续定向凝固工艺制备的Cu-Ag、Cu-Cr合金线材具有良好的综合性能和热稳定性,这对于在较高温度下使用的铜合金来说是极其重要的。

    Copper-silver and copper-chrome alloys wires manufactured by continuous directional solidification process have excellent synthetics properties and the thermal stability , which is extreme important to copper alloys used for higher temperature .

  23. 通过AES对各铜合金材料氧化膜进一步的分析表明:铜合金材料氧化膜基本结构为CuO/Cu2O/Cu,且氧化膜的结合强度与CuO成分在氧化膜中所占比例有关,比例愈高则越易剥落。

    Oxide films of copper alloys were further characterized by AES . The results show that the oxide film structure of copper alloys is CuO / Cu2O / Cu substrate . The oxide films with higher CuO ratio have lower adhesion strength .

  24. 以Cu2O为氧源,对Cu-Al合金平板试样进行了内氧化处理,使试样表面获得A12O3弥散强化铜合金层,并进行了不同变形量的冷轧变形;

    The Cu-Al alloy plate was firstly treated by internal oxidation with Cu2O as oxidizer , and got a dispersion-strengthened Al2O3 layer on the plate surface , followed by cold deformation with different rate .

  25. 利用高能球磨冷压烧结的方法制备了Cu-WC弥散强化铜合金,并对添加不同成分WC的弥散强化铜试样进行了性能检测和显微结构分析。

    The Cu-WC dispersion-strengthened copper alloy has been prepared by high-performance ball milling and cold pressing and sintering . The performance measurement and microstructure analysis of dispersion-strengthened copper had been measured for different content of WC .

  26. 高强高导铜合金设计思路及其应用

    High-strength and High-conductivity Copper Alloys : Designing Considerations and Their Application

  27. 适用:铝合金、铜合金、镁合金。

    Application : aluminum alloy , copper alloy , magnesium alloy .

  28. 钢铁连铸用铜合金结晶器

    Crystallizer of copper alloy for continuous casting of iron and steel

  29. 镍铜合金电子结构的分析

    An Analysis of the Electronic Structure of Nickel - Copper Alloys

  30. 铸造镍铜合金&蒙耐尔合金的开发和应用

    The Development and Application of Casting Metal of Ni Cu Monel