1.
Ni36Fe INVAR Alloy-the Old Material and New Application
Ni36Fe因瓦合金—老材料和新用途
2.
Influence of NbC Precipitation on Thermal Expansion Properties of Niobium Super-Invar Alloy
NbC析出对超因瓦合金膨胀性能影响
3.
Study on iron–nickel invar alloy prepared by electrodeposition
电沉积制备铁-镍因瓦合金的工艺研究
4.
Study on Fiber-Optic Voltage Transformers Based on Invar Capacitor Divider;
基于因瓦合金电容分压式光纤电压互感器研究
5.
Study on Vacuum Diffusion Welding of YG20 and Invar Alloy
YG20与因瓦合金真空扩散焊接技术的研究
6.
Study on electrodeposition process of invar alloy foil in a fluoroborate electrolyte
氟硼酸盐体系电沉积因瓦合金箔的工艺研究
7.
Invar low expansion alloy
因瓦低膨胀系数镍铁合金
8.
Invar Effect of Fe-Based Amorphous and Nanocrystalline Alloys;
铁基非晶及纳米晶合金的因瓦效应研究
9.
carbide-tipped slip
硬质合金牙尖的卡瓦
10.
The results showed that the segregation of Pb atoms in the interface between the alloy and the steel back was the main factor leading to the failure of the bearing bush.
结果表明 ,铅原子在合金层与钢背材料结合面上的聚集是导致轴瓦失效的主要原因。
11.
Trust Fund for the Support to the Joint Group in El Salvador
支助萨尔瓦多联合小组信托基金
12.
Everbrite metal
埃瓦布赖特耐蚀铜镍合金
13.
Low Ni High Mn Cu-Al Alloy Bush for Hot Plate Mill
低镍高锰铜铝合金轴瓦新材料的研究
14.
The Study and Application of Mid-mangancse Alloy Cast Iron Brake Shoe
中锰合金耐磨铸铁闸瓦的研究与应用
15.
Application and Discussion of the Babbit Shoe Axle Bush in Steel Rolling Equipment;
巴氏合金瓦在轧钢设备的应用与探讨
16.
Macro-segregation Elimination in Al-9Gr Monotectic Alloy
Al-9Gr轴瓦合金控制宏观偏析的研究
17.
Analysis of Causes to Breaking of the Steel Backs of Composite Brake Shoes and Suggestions
合成闸瓦钢背断裂的原因分析及建议
18.
Preparation of Carbon-nano-tubes/tin-based Compound Anti-friction Coating
碳纳米管/锡基轴瓦合金复合减摩镀层的制备