beryllium copper
英 [bəˈrɪliəm ˈkɒpə(r)]
美 [bəˈrɪliəm ˈkɑːpər]
网络 铍铜合金; 铍青铜; 铍铜; 铜铍合金; 铜化铍
双语例句
- MOVABLE CONTACT: Beryllium copper alloy, gold over nickel plate.
游动联系人：铍铜合金，镀镍板。 - Beryllium copper alloy is applied extensively to elastic component, and its surface quality has great influence on the durability of end products.
有着良好综合性能的重要材料铍铜合金，广泛用于各种高级弹性元件，其表面质量对最终元器件的寿命有着重要影响。 - Beryllium copper Alloy and Castings Components, Characteristics: ① Able to cast small pins of glasses frame;
铍铜合金眼镜铸件，产品特点：①丝通及其螺丝铸造成型； - Hard Chromiun Plating on Beryllium Copper Parts
铍青铜零件镀硬铬工艺 - Study of Application of Beryllium Copper Electrode on Contact Welder
铍铜电极在接触类焊机上的应用研究 - Bonding Beryllium copper to Steel Base by Using Dipping Process
钢基-铍铜在浸涂下结合 - Review and Prospect of Chinese Beryllium Copper Industry Science and Technology Advance
我国铍铜产业科技进步回顾与展望 - The main reasons why beryllium copper alloy can not be applied commonly in China are analyzed.
分析了国内不能普遍应用的原因：（1）铍铜必须热处理才能获得好的性能，一般企业都不具备热处理条件； - Some beryllium copper production supercorporations of the world were introduced, including the respective development course, management organization and production scale.
介绍了世界几大超级铍铜生产公司的概况，包括各自的发展历程、运营机构及生产规模。 - The optimum addition quantity of Cu RE middle alloy in beryllium copper alloy is 0.1%~ 0 12%.
CuRE中间合金在铍铜合金中的最佳加入量为01%～0.12%。 - The alloy constitution, property and application in automotive industry of beryllium copper are introduced.
介绍了铍铜的合金成分和性能以及在汽车工业中的应用。 - Aiming the difficulties in the customer usage, it is suggested that some beryllium copper component production factories must be founded at home. Theses factories can support various components of beryllium copper that can be widely applied in national automotive industry to improve the properties of national automobiles.
针对用户使用铍铜遇到的各种困难，提出在国内冶金行业建立铍铜元件生产厂的对策，为用户提供各种铍铜元件，使铍铜能广泛应用到我国汽车工业中去，从而提高国产汽车的性能。 - Application of the Beryllium-copper in the Punch for Die-casting
铍青铜在压铸冲头中的应用 - Application of Rare Earth in Beryllium Copper Alloy
稀土在铍铜合金中的应用 - Semicontinuous Automatic Control System for Beryllium Copper
铍铜半连续自动控制系统 - Phase Diagram and Metallographic Structure of Beryllium-Cobalt-Copper Alloy
铍钴铜合金相图及金相组织分析 - Considering the ten years designed lives of the beam pipe, The spark machining oil no. 1 with little erodibility to beryllium was selected to cool the centre beryllium pipe and the de-ionized water was adopted to cool the extension copper pipes.
考虑到束流管的设计使用寿命为10年，选择了对金属铍腐蚀性很小的1号电火花油对中心铍管进行冷却，采用去离子水对外延铜管冷却。 - The mathematical models for fluid flow and heat transfer were built based the working conditions of the beam pipe in this paper. The finite element method was used to calculate the cooling parameters for the centre beryllium pipe and the extension copper pipes, respectively.
根据束流管的工作条件，本文建立了三维流体流动传热数学模型，采用有限元方法对中心铍管与外延铜管的冷却参数分别进行了数值计算。