熔铜

  • 网络melting copper
熔铜熔铜
  1. 介绍一种环保型喷嘴燃油熔铜反射炉,利用炉盖式套管提升机构实现封闭式熔炼。

    A kind of environmental protection fuel melting copper reverberatory furnace with spray nozzle is introduced .

  2. RTX3全纤维炉衬熔铜电阻炉的设计及应用

    Design and Application of RTX_3 Resistance Furnace Lined Fiber for Melting Copper

  3. 无心感应熔铜、铝炉用耐火材料

    The Refractories for Coreless Induction Furnaces for Melting Aluminum and Copper

  4. 有心熔铜炉温度连续测量与控制

    Continuous Measurement and Control of Temperature for Copper melting Induction Channel Furnace

  5. 30吨中频无心感应熔铜炉用耐火材料的研制与使用

    The Refractory Using for 30 t Coreless Induction Furnace for Melting Copper

  6. 低频熔铜电炉测温自控系统的应用

    Application of Self-Control Temperature Measuring System to Low Frequency Melting Furnace for Copper

  7. 一种环保熔铜反射炉的设计

    Design of Environmental Protection Melting Copper Reverberatory Furnace

  8. 熔铜氧化锌烟尘治理

    Control of zinc oxide fume from melting copper

  9. 上引熔铜炉炉体和铜液的净化工艺

    Furnace Body of Up-drawing Furnace for Smelting Copper and Purification of the Liquid Copper

  10. 这是一片熔铜的海洋,光彩夺目,令人眼花缭乱。

    It was a sea of molten copper , shining , so that the eyes were dazzled .

  11. 铜带水平连铸熔铜炉组设计技术探讨

    The Technical Discussion on the Design of Copper Melting / Holding Furnaces Set for Copper Strip Continuous Casting

  12. 她那乌黑的眸子闪出的光芒洋溢着一种生命力。这是一片熔铜的海洋,光彩夺目,令人眼花缭乱。

    In her eyes , which were very dark , there was a life . It was a sea of molten copper , shining , so that the eyes were dazzled .

  13. 在分析国内熔铜炉几种常见测温手段的基础上,介绍一种实用可靠的测量方法,实现炉温连续测量与自动控制。

    A Practical and reliable methods for the continuous measurement and automatic control of furnace temperature is introduced based on the analysis of normal temperature measuring methods for copper melting induction channel furnace .

  14. 机械包覆法修整处置量较大,铜带利用率较低,界面结合为机械结合。熔铜浸渍法设备复杂,操作较难控制。

    Clad dressing disposal a large amount of copper , The utilization ratio of copper is low , interface with the mechanical bond , The device of hot-dip coating is complexity , the operation is difficult to control .

  15. 合金元素Ni、Mo、W及熔渗铜对烧结钢耐磨性的影响

    Influence of alloy elements Ni 、 Mo 、 W and copper infiltrated on wear resistance of sintered steels

  16. 自动TIG堆焊熔敷铜熔池图像视觉检测试验

    Vision detecting of weld pool image for depositing copper with automatic TIG welding

  17. 熔渗铜对高合金烧结钢组织的影响

    Influence of Copper Infiltration on Structure of High Alloy Sintered Steel

  18. 激光熔覆铜基自生复合材料涂层及其耐磨性能

    Laser Cladding Copper-base in-situ Composite Coating and Its Wear Resistance

  19. 纯铜表面激光熔覆铜合金涂层的组织及耐磨性

    Microstructure and wear resistance of laser clad copper alloy coating on pure copper

  20. 铝合金表面激光熔敷铜基复合材料涂层的工艺和组织

    Processing and microstructure of laser cladded Cu base composite coating on the surface of an Al alloy

  21. 介绍我厂从脆硫铅锑矿炼银转渣和粗铅熔析铜渣中回收铜、铋,产出合格的精铋和精铜的生产工艺流程。

    The process of recovery Cu and Bi from silver converting slag and copper slag of jamcsonite are introduced in detail based on our plant practice .

  22. 如在航空、航天领域及兵器制造业,为改善钢材的导电、导热性能和表面硬度,通常需要在钢基体表面熔覆铜合金。

    For example , depositing Cu alloy onto steel is often applied in aviation , aerospace and weapon facture for improving the electric conductivity , thermal conductivity and surface hardness .

  23. 试验结果表明:在普通的粉末冶金烧结炉内,原型件通过两次烧结&熔渗铜后序处理即可获得高的强度、密度,可直接用作放电加工工具的电极。

    The result shows that through double-sintered and copper-infiltrated the high strength and compact parts have been gotten in common P / M sintering furnace , and such parts could be direct used as electro discharge machining ( EDM ) electrode .

  24. 无熔深堆焊铜熔池图像视觉检测方法研究

    Copper Weld Pool Vision Detecting for Free Penetration Surfacing

  25. 镜儿泉铜镍矿床产于东天山黄山&镜儿泉铜镍成矿带东部,是典型的岩浆熔离型铜镍硫化物矿床。

    Jingerquan deposit is a typical magmatic liquation Cu-Ni sulfide deposits , and located in the east part of the Huangshan-Jingerquan Cu-Ni ore belt in the eastern Tianshan mountains .

  26. 加硫除铜反应由生锑与锑液间的扩散过程控制,通过改进加硫方式,能除去熔析后残余铜的75%。

    Reaction between sulfide regents and copper is controlled by diffusion process .

  27. 钢基体无熔深熔敷铜高频感应焊接数值模拟研究

    Study on Numerical Simulation in High-Frequency Induction Welding of Free Penetration Depositing on Steel Base

  28. 矿床成因类型属岩浆熔离叠生铜镍硫化物矿床。

    Genetically , the deposit is a Cu - Ni sulfide of magmatic liquation and superimposition .

  29. 在炼这种轻质合金时,就不能先熔小部分的铜,再加进大部分铝。

    It is not possible to make this light alloy by melting the small part of copper and then adding the much larger part of aluminium .

  30. 芬兰奥托昆普公司设计和制造的工频熔沟式感应熔铜炉和保温炉及其辅助设备,都具有八十年代世界水平。

    Mains frequency channel-type inductive furnace together with accessory equipment manufactured by OUTOKUMPU company of Finland is introduced .