beryllium alloy

美 [bəˈrɪliəm ˈælɔɪ]英 [bəˈrɪliəm ˈælɔɪ]
  • 网络铍合金
beryllium alloyberyllium alloy
  1. Application of Rare Earth in Beryllium Copper Alloy

    稀土在铍铜合金中的应用

  2. 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;

  3. MOVABLE CONTACT : Beryllium copper alloy , gold over nickel plate .

    游动联系人:铍铜合金,镀镍板。

  4. Hydrogen permeation though a beryllium containing alloy

    氢离子在含铍合金中的渗透

  5. 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;

  6. 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%。

  7. Spectrophotometric Determination of Beryllium in Alloy of Copper-beryllium by Sulfosalicylic Acid

    磺基水杨酸光度法测定铍铜母合金中的铍

  8. 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。

  9. Measurement of Micro Beryllium in Magnesium Alloy by SCR Direct Photometry

    SCR直接光度法测定镁合金中微量铍

  10. Surface segregation behavior of low-Z elements , e.g. , lithium and beryllium on trinary alloy Al-Li-Mg and Binary alloy Cu-Be has been observed .

    实验观察了三元合金Al-Li-Mg和二元合金Cu-Be中低Z元素(如Li和Be)的表面偏析行为。

  11. Influence of Beryllium on 7475 Aluminium Alloy Age Structure and Properities

    铍元素对7475铝合金时效组织及性能的影响

  12. Photometric determination of beryllium in metal and alloy

    金属及合金中铍的光度分析新进展

  13. The influence of beryllium on 7475 aluminium alloy structure age hardening rate and properties by the different age treatment methods was researched .

    通过采用不同的时效处理工艺研究了Be元素对7475铝合金组织、时效硬化进程及性能的影响。

  14. Determination of Beryllium in Wrought Aluminium Alloy ( LCIO ) by Arc Method

    用电弧法测定变形铝合金LC10中的微量铍

  15. Results : The percentage of castability of nickel based ceramic alloy without beryllium , CW PA alloy and VB alloy is respectively 99.92 % , 100 % , 100 % .

    结果:新型不含铍的镍铬铝钛烤瓷合金的铸造百分率为99.92%,与对照组相比差异无显著性。

  16. In this article the near ten years development of photometric determination of beryllium in metal and alloy is reviewed . Systems of determination and it 's conditions , as well as the limit of detection , the interferences and the scope of determination of the corresponding methods are discussed .

    介绍了近10年来,金属及合金中铍的光度分析发展状况,讨论了测定体系及其条件,以及相应光度分析方法的检出限、干扰情况和测定范围。