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Therma fatigue behaviors of Ni base alloy chromium carbide composite coating made by a vacuum fusion sintering method are discussed in this paper. 研究了用真空熔烧法制得的镍基合金-碳化铬复合涂层的热疲劳行为。
The high-temperature plasma entered through the breach and melted the supporting materials such as Al alloy and Fe,Ni base alloy, which result in the space shuttle Colum... 对于航空、航天与核动力领域中广泛采用的通用关键材料,应该加强其制备工艺的研究,特别是可视化铸造技术的研究。
Effect of Nb on Age hardening Curves of Ni base Alloy Nb对镍基合金时效硬化曲线的影响
Hard Facing is weld deposited Cobalt base alloy. 硬面焊接钴基合金沉淀物。
Ni-base alloy welding filler 镍基焊丝
Thermal Expansion Coefficient Prediction for Ni Base Alloy Ceramic Composite Coating 颗粒增强镍基合金热膨胀系数预报
Thermal expansion coefficient prediction of ceramic particle reinforced Ni base alloy coating 椭球形陶瓷颗粒增强镍基合金复合涂层热膨胀系数预报
Keywords self lubrication material Ni base alloy sosoloid sulfide microstructure phase structure; 自润滑材料;镍基合金;固溶体;硫化物;显微组织;相结构;
Cold lap is a condition where the weld filler metal does not properly fuse with the base metal or the previous weld pass material (interpass cold lap). 冷隔？（未熔合）由于熔敷金属没有很好的与母材熔合或没与前道焊缝熔合（层间未熔合）。
Study on structure and micro-texture of Ni based alloy of directional casting 定向铸造Ni基合金的组织及取向的研究
Aerospace series - Gold base alloy AU-B40001 - Filler metal for brazing - Wire. 航空航天系列.;金基合金AU-B40001
Ni base alloy 镍基合金
Ni base alloy DZ4 DZ4镍基合金
Ni base alloy GH4169 GH4169镍基合金
These alloys weld at different heats. 这些合金可在不同的温度熔接。
Research on the Ni Based Alloy Cladding on Al Surface by Laser and Its Tribological Characteristics 铝合金表面激光熔覆Ni基合金及其摩擦学特性研究
The mechanical properties of welding and weldment have been conduct on X80 pipeline steel under the selection of welding process, welding filler metal and parameter. 摘要在选定焊接方法、焊接材料和工艺参数条件下，进行了X80管线钢试件焊接和接头性能试验。
nickel-base alloy bare welding filler metal 镍基合金焊丝
The chemical compositions,physical performance,mechanical performance,corrosion performance of high Cr Ni base hastelloy G 30 alloy were studied,and its performance was analysed with application. 评述了高铬镍基哈氏合金G?30的化学成分、力学性能、耐蚀性能及冷热加工性能，并结合使用情况分析了它的应用前景。
The proper interpass temperature is required to prevent cold and hot cracking as well as the proper selection of welding filler material, to produce the proper creep resistance and toughness. 需要适当的程间温度和正确选择填充金属材料来防止冷热裂缝，产生适当的蠕变阻力和韧性。