1) molybdenum sintered steel
钼烧结钢
2) Sintered molybdenum steels
烧结钼钢
3) sintered Copper-Molybdenum steel
烧结铜钼钢
1.
Influence of rare-earth element on property of sintered Copper-Molybdenum steel was studied.
研究了稀土元素对 F0 2 1 1 J烧结铜钼钢性能的影响。
4) sintered molybdenum
烧结钼
1.
The preparation of high performance molybdenum powder and sintered molybdenum is an important link in the powder metallurgy process of molybdenum and also a key for deep processing of molybdenum.
高性能钼粉和烧结钼的制备是钼粉末冶金过程中的重要环节,是钼进一步深加工的关键,本文采用SEM、TEM、X-射线衍射、热重分析、差热分析等手段对钼粉制备过程中的相变过程、反应动力学及机理进行了深入研究,采用二次通用旋转组合设计的试验方法优化了钼粉制备工艺,借助热模拟机和电子万能试验机对La_2O_3/MoSi_2复合微粒强韧化烧结钼的性能进行了检测,并对其强韧化机理进行了探讨。
5) molybdenum doped Y_2O_3
钼钇烧结坯
6) Sintered steel
烧结钢
1.
Influence of alloy elements Ni、Mo、W and copper infiltrated on wear resistance of sintered steels;
合金元素Ni、Mo、W及熔渗铜对烧结钢耐磨性的影响
2.
The effect of Si Mn (SM) master alloy content on mechnical properties of Fe SM C sintered steel was investigated.
运用 L1 6 (4 4 × 2 3)正交设计的实验方法 [1 ] ,研究了 SM(Si- Mn)母合金含量对 Fe- SM- C烧结钢力学性能的影响。
3.
4C sintered steel has been studied.
4C烧结钢性能与组织的影响。
补充资料:130m~(2)酸性小球带式烧结机(酒钢)
130m~(2)酸性小球带式烧结机(酒钢)
130m。酸性小球带式烧结机(酒钢)
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