1) Nb-W alloy
Nb-W合金
1.
The microstructure characteristics by solution and precipitation strengthenings for Nb-W alloy are introduced in this paper.
介绍了一种固溶加沉淀复合强化型的Nb-W合金的结构特征,采用固溶加时效方法,使合金中的碳化物细小,均匀和弥散分布,拉伸试验结果表明,合金的室温和高温强化效果显著。
2) Nb-Mo-W alloy
Nb-Mo-W合金
1.
Description is made of the tension and compressiontests,deformation and fracture behavior of Nb-Mo-W alloy with different content of W、 Mo、O and C.
介绍了钨、钼、氧、碳含量不同的Nb-Mo-W合金于1 773 K时的拉伸和压缩试验情况及其变形和断裂行为。
3) Ti-Al-Nb-B-W alloy
Ti-Al-Nb-B-W合金
1.
The microstructures of as-cast and as-annealed Ti-Al-Nb-B-W alloy were observed.
对铸态及经过热等静压和均匀化处理后Ti-Al-Nb-B-W合金的微观组织进行了观察和分析,研究了元素钨对Ti-Al-Nb-B-W合金的铸态及均匀化处理态微观组织的影响。
4) Cu-Nb alloy
Cu-Nb合金
5) Fe-Nb alloy
Fe-Nb合金
1.
The tested wire specimens of Fe-Nb alloys were carbonized with 0.
通过对A_1点以下温度的氢-苯混合气流处理,使研究的Fe-Nb合金丝试样渗入0。
2.
in chapter two, Snoek Peak, reinforced Snoek damping effect, B peak, SKK peak, K(e|^) peak and internal friction spectrum of iron based materials such as magnetic-mechanical damping are explained; later on, the preparation methods of Fe-Nb alloy materials, experimental methods and possible errors during experimental process and data processing are discussed.
随后,介绍了Fe-Nb合金的制备以及实验方法、手段和数据处理过程中可能存在的误差。
6) Zr-Nb alloy
Zr-Nb合金
补充资料：东北轻合金加工厂生产的铝合金挤压管材和空心材
东北轻合金加工厂生产的铝合金挤压管材和空心材
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条