高强度合金

  • 网络high strength alloy
高强度合金高强度合金
  1. 一种高强度合金成分的设计

    Composition Design of a High Strength Alloy

  2. 适用环境采用高强度合金外壳,进行特殊的表面喷涂和密封处理,可在高温潮湿和各种腐蚀性等恶劣环境下长期使用。

    Applicable environment USES high strength alloy enclosure , undertake special surface spraying and seal processing , can in hot humid and various corrosive such harsh environment for long-term use .

  3. Mg在Al-Cu-Mn高强度合金中的行为及作用

    Effects and Behaviour of Magnesium in al-Cu-Mn High-strength Foundry Alloy

  4. 用正交试验法确定了Cu、Mo高强度合金球铁的化学成份和正火温度,在此基础上进行了二次孕育试验。

    On the basis of orthogonalized tests to determine the chemical composition of high strength Cu-Mo alloy nodular cast iron and its normalizing temprature , the post inoculation tests for this material have been carried out .

  5. 如果高强度合金钢在时效过程中没有遵循SOPM(排氢烘焙)的要求而吸收了氢元素就会发生氢脆。

    Hydrogen embrittlement occurs when a high-strength alloy steel component absorbs hydrogen , which is not removed in a timely manner in accordance with the SOPM ( e.g. , embrittlement relief baking ) .

  6. 采用这种模具可成型2.5mm以下的硬铝和防锈铝、1.0mm以下的不锈钢和高强度合金钢的复杂零件。

    By use of the polyurethane drop press dies , many parts of complicated shapes have been formed from hard aluminium and antirusting aluminium plates having thickness below 2.5 mm and stainless steel and hard alloy steel plates having thickness below 1.0 mm .

  7. 铜在高强度合金钢及焊缝金属中的作用

    Effect of Copper in High-strength Alloy Steels and Weld Metals

  8. 涂层高速钢组合拉刀拉削高强度合金钢的试验研究

    Experimental Research on Coated HSS Built-up Broach Used for Machining High-strength Alloy Steel

  9. 热处理后滚压螺纹对超高强度合金钢螺栓强度的影响

    Influence of post heat-treatment roll-pressing thread on the strength of ultra-high-strength alloy steel bolt

  10. 6110型柴油机曲轴用高强度合金球墨铸铁的研究

    A Research of High Strength Alloy Nodular Cast Iron for 6110 Diesel Engine Crankshafts

  11. 高强度合金钢部件的维修

    Maintenance of High - Strength Steel Alloy Components

  12. 损伤的大多数原因是由于缺乏对高强度合金钢的认识。

    Most can be attributed to a lack of familiarity with high-strength alloy steels .

  13. 是否采用高强度合金钢取决于飞机重量和经济因素。

    The decision to use high-strength alloy steels is based on weight and economic factors .

  14. 超高强度合金钢铣削中切削力特征的非线性析因研究

    Factorial Study on Nonlinear Characteristics of Ultra High Strength Alloy Steel in High-Speed Cutting Process

  15. 高强度合金抗疲劳应用技术研究与发展

    Investigation and Development Status of the Application Technology to Improve Fatigue Behavior of High Strength Alloys

  16. 高强度合金钢在一定的载荷下承受应力腐蚀会造成裂纹的快速扩展。

    High-strength alloy steels can experience rapid crack propagation from stress corrosion under certain loading conditions .

  17. 高强度合金钢本体,经均衡之硬化处理及应力消除,强化本体韧性及耐磨性。

    Tenacity and abrasively of high-intensity alloy steel body strengthened by balanced hardening treatment and stress removal .

  18. 只要维修和大修得当,高强度合金钢部件就会表现出极高的可靠性。

    When properly maintained and overhauled , high-strength alloy steel components demonstrate high levels of service reliability .

  19. 在涂层之前,所有变形的材料必须去除,不得自行改直变形后的高强度合金钢部件继续使用。

    All deformed material must be removed before refinishing ; deformed high-strength steel alloy components must not be straightened .

  20. 四柱采用高强度合金钢制作,表面镀硬铬,耐磨性好。

    C.Four columns are made of alloy steel with high strength , being hard chrome plated and good wearing resistance .

  21. 真空吸盘布置在高强度合金或碳纤维材料制成的端拾器支架上。

    The vacuum suction cups are arranged in the tooling bracket which is made of high-strength alloy or carbon fiber material .

  22. 手册上直接适用于起落架部件的内容同样适用于所有高强度合金钢部件的大修。

    Although these guidelines apply directly to landing gear components , they can be used to plan the overhaul rework of all high-strength steel components .

  23. 高强度合金钢有重量轻的优势,使用高强度合金钢就比较经济实惠,从而赢得更有效的气动表面并有望增加承载能力和燃油储量。

    The use of high-strength alloy steel parts is economical because it reduces weight , thereby allowing for more efficient aerodynamic surfaces and providing the potential for increased payload and fuel .

  24. 高强度合金焊丝的生产包括酸洗、拉拔、退火、清洗、真空包装等工序,拉拔可采用四拉四退的生产工艺。

    The production of high strength alloy welding wire includes pickling , wire drawing , anneal , cleaning , vacuum package and etc. , the drawing can adopt " four drawing four anneal " production process .

  25. 根据永磁体抗压强度远大于抗拉强度的特点,提出了一种采用整体永磁体外加非导磁高强度合金钢护套的新型转子结构。

    A new type of rotor , which is made of an integral PM enclosed in a nonmagnetic high strength alloy , is brought forward for that the PM could bear little tensile stress but great pressure .

  26. 辊式矫正机由于其结构和矫正工艺的局限性,几乎无法矫正高强度合金钢带材的三维形状缺陷(边缘浪形和中间瓢曲等)。

    Straightening roll , because their structure and the limitations of the leveling technology , is nearly unable to level high strength alloy steel with material 3D shape defects ( wave of edge shape and middle flesh dipper shape , etc.s ) .

  27. 在切削速度范围157~314m/min内,在23-1析因设计的基础上,对兵器用难加工材料超高强度合金钢进行了高速干式铣削试验。

    With the cutting speed of 157314m / min , by use of 2 ~ ( 3-1 ) factorial design , the high speed dry face-milling experiments were carried out on an ultra-high strength alloy steel , a type of difficult-to-cut materials used widely in ordnance industry .

  28. Ni,Si,Mn和Ti对高强度铜合金力学性能和导电性能的影响

    Effect of Ni , Mn , Si and Ti on mechanical and electronic properties of copper alloy

  29. 高强度铜合金表面TiO2薄膜制备及表征

    Preparation and Characterization of TiO_2 Film on High Strength Copper Alloy

  30. Nb对大线能量焊接高强度低合金钢热影响区组织和性能的研究

    Study of Nb on Microstructures and Properties of Heat-Affected Zones in HSLA Steel with Large Heat Input Welding