1) alloying with Si
Si合金化
2) Al-Si alloy
Al-Si合金
1.
Simulation of mold filling and solidification on gravity casting of Al-Si alloy(A357);
Al-Si合金(A357)重力铸造充型及凝固过程模拟
2.
Electromagnetic Separation of Magnetic Impurity Particles in Al-Si Alloy Melt;
Al-Si合金熔体中磁性杂质颗粒的电磁分离
3.
Effects of high magnetic fields on the distribution of Si in solidified structures of Al-Si alloy;
强磁场对Al-Si合金凝固组织中硅分布的影响
3) Cu-Si Alloy
Cu-Si合金
1.
High Temperature Oxidation Behavior of Cu-Si Alloy Prepared by Different Techniques;
不同方法制备的Cu-Si合金的高温氧化行为
2.
The oxidation resistance of two nanocrystalline Cu-Si alloys with different grain sizes prepared by conventional casting(CA) and mechanical alloying(MA) techniques were studied by the thermo-gravimetric method at 700 ℃ and 800 ℃ in 105 Pa flowing pure O2 for 24 h.
采用电弧熔炼和机械合金化方法制备了两种晶粒尺寸差别较大的Cu-Si合金,并采用热重分析方法对其在700℃和800℃、1×105Pa流动O2中氧化24 h的抗高温氧化性能进行了研究。
3.
The oxidation behaviour of casting Cu-Si alloys was studied at 700 ℃ and 800 ℃ in pure O2.
为了研究Si的添加量对Cu高温氧化行为的影响,采用电弧熔炼(CA)方法制备2种成分的Cu-Si合金(CA Cu-0。
4) Fe-Si alloy
Fe-Si合金
1.
Influence of Preparation Technology on High Temperature Oxidation Behavior of Cu-Si and Fe-Si Alloys;
工艺方法对Cu-Si和Fe-Si合金高温氧化行为的影响
2.
Mechanical alloying and phase transformation in Fe-Si alloy
Fe-Si合金的机械合金化及其相变研究(英文)
3.
Effect of electric pulse on solidification structures of the Fe-Si alloy with different Si concentration of 2.
在一定过热度(1550℃)的情况下,对不同成分的Fe-Si合金进行电脉冲处理,比较其凝固组织,结果发现:经电脉冲孕育处理后,Si含量为2。
5) Cr-Si alloy
Cr-Si合金
1.
Powder metallurgy process and physical-mechanical properties of Cr-Si alloy;
该文作者试用不同真空烧结温度,造成Cr-Si合金粉末烧结性质的差异,探讨稳定而可大量生产的可行性;并通过对温度的控制,来改善Cr-Si的物理性质与力学性质。
6) Fe-Si alloys
Fe-Si合金
1.
Application of mechanical alloying in preparation of Fe-Si alloys;
机械合金化在Fe-Si合金制备中的应用
2.
Mechanical alloying(MA) is a newly method to synthesize materials and is expected to produce Fe-Si alloys with high performance.
Fe-Si合金是一种重要的功能材料,在能量转换和信息处理领域具有举足轻重的作用。
补充资料：机械合金化高温合金管材和方型材
机械合金化高温合金管材和方型材
机械舍金化高温合金管材和方型材
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