1) reinforceing phase Mg2Si
强化相Mg2Si
2) Mg2Si phase
Mg2Si相
1.
Alloy elements addition is thought as a important method to modify the Chinese script shaped Mg2Si phases in the microstructure of Mg-Al-Si based magnesium alloys,at present,the research and development about this method have received much attention all over the world,and consequently many researches have been carried out.
合金化和微合金化作为变质Mg-A1-Si系镁合金中汉字状Mg2Si相的一种工艺手段,目前已引起国内外的广泛关注和高度重视,并对此开展了大量的研究。
2.
The research results indicate that after being solutionized,the Chinese script shaped Mg2Si phases in the microstructure of the alloy are modified,namely,their mo.
7Si镁合金铸态组织中的汉字状Mg2Si相,使Mg2Si相从汉字状变为短杆状和条块状,并且添加0。
3.
7Si alloy is composed ofα-Mg,M17Al12 and Mg2Si phases,and the Mg2Si phases appear obvious Chinese script morphology and very coarse.
7Si合金的铸态组织主要由初生!-Mg、M17Al12和Mg2Si相组成,其中Mg2Si相的汉字状形态非常明显,且比较粗大。
3) Mg_2Si
Mg2Si
1.
In 6009 alloys,spherical Mg_2Si is the dominant strengthing phase.
在6009铝合金中,球形Mg2Si是主要强化相,熔配加钛合金时效过程调幅分解明显。
2.
The Mg_2Si particle reinforced hypereutectic Al-Si alloy in-situ composites are manufactured by liquid pouring.
采用液态熔融法制备Mg2Si增强过共晶Al-Si合金自生复合材料。
3.
Research progress of intermetallic compound Mg_2Si is reviewed with focusing on its properties,fundamental researches and applications.
对金属间化合物Mg2Si的研究进展进行了综述,重点对Mg2Si的性质及其基础研究和Mg2Si的应用研究现状进行了论述。
4) Mg2Si particle spheroidization
Mg2Si颗粒球化
6) multiphase reinforcement
复相强化
1.
It introduces the methods to improve its brittleness under normal temperature and analyses the mechanism of the enhancement of its flexibility through structure-transformed treatment and multiphase reinforcement.
综述了Al3Ti金属间化合物的研究进展,介绍了其室温脆性改善的方法,分析了合金化结构变异和复相强化对于材料塑性、韧性提高的机理,并对Al3Ti金属间化合物的制备方法和主要应用进行了分类评述,并指出了今后的研究和发展方向。
补充资料：无晶界玻璃相的无压烧结Si_(3)N_(4)材料
无晶界玻璃相的无压烧结Si_(3)N_(4)材料
翼 无晶界玻璃相的无几烧结siN材料
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