中间合金

初步探讨了这两种微量元素促进AlTiC中间合金细化效果的机理。

Moreover , the mechanism concerning how the two elements influence the grain refinement effect of Al Ti C master alloy is discussed .

在此基础上研制出一种熔点为630℃左右的低熔点的多元CuP基中间合金。

Based on above results a multi-element Cu-P base master alloy with low melting point of 630 ℃ can be developed .

AlTiC中间合金细化铝时结晶核心的研究

Research on Crystal Nuclei of Aluminum Alloy Refined by Al Ti C Master Alloy

对已开发的AlTiB，AlTiC，AlTiCB和AlTiBRE等新型的中间合金细化剂进行了详细的比较。

A detail comparison is made in the Al-Ti-B , Al-Ti-C , Al-Ti-C-B , Al-Ti-B-RE grain refiner master alloys .

ScF3冰晶石熔盐体系中铝热还原Sc2O3制备Al&Sc中间合金

Preparation of Al-Sc intermediate alloys by aluminothermy in scf_3 molten salt

论证了在AlSi系过共晶铝合金压铸件生产过程中，AlP中间合金进行变质处理的必要性。

It is necessary to modify the hypereutectic Al-Si alloy by Al-P modifier in die casting .

CuRE中间合金在铍铜合金中的最佳加入量为01%～0.12%。

The optimum addition quantity of Cu RE middle alloy in beryllium copper alloy is 0.1 % ~ 0 12 % .

采用氟盐与过热铝反应，在不同的工艺条件下制取AlTiB中间合金。

Al - Ti - B master alloys were prepared by the reaction of complex halide salts with molten aluminum in different technological conditions .

讨论了Mn对镁基准晶中间合金中三维二十面体球形准晶相形成过程的影响。

The effect of Mn on formation of three-dimension spherical icosahedral quasicrystal phase in Mg-based master alloy has been discussed .

探讨了Al5%Ti025%C中间合金对共晶AlSi活塞合金组织和力学性能的影响。

The effects of Al-5 % Ti-0.25 % C master alloy on the microstructures and mechanical properties of eutectic Al-Si piston alloy were investigated .

随着Ca、Mn元素加入量的提高，两种准晶中间合金的宏观硬度均下降。

Both the macro-hardness of these two kinds of quasicrystal master alloys gradually decreases with the increase of Mn or Ca addition .

采用了间接加入法，以异基体的Cu－As中间合金形态把As加入并均匀分布在铝液中。

Element As is added indirectly and distributed uniformly in aluminum melt in the form of variant base metal of Cu As intermediate alloy .

绿色高效Al-Si合金变质剂&Al-P中间合金

Green and high effective modifier for eutectic and hypereutectic Al-Si alloys & Al-P master alloys

Mn的加入，降低了镁基准晶中间合金的生产成本，为工业化生产提供了便利条件。

The addition of Mn could lower the production cost of Mg-based quasicrystals containing master alloy , providing beneficial conditions for industrialization .

在钛含量相同的条件下，电解加钛的晶粒细化能力明显高于熔配加AlTi中间合金的；

The grain refinement effect of titanium added by electrolysis is better than that by Al-Ti master alloy when the titanium content is the same .

搅拌铸造法制备高含Mn量Mg-Mn中间合金

The study in preparing high Mn-content Mg-Mn interalloy by stirring cast

含TiC和TiB2的中间合金细化工业纯铝晶粒的研究

Grain Refining Study on Aluminium with Addition of Master Alloys Containing TiC or TiB_2

采用不同处理状态的AlTiB中间合金和Al5%Sr中间合金，对轮毂铝合金Al7%Si035%Mg进行晶粒细化和变质处理。

Using Al Ti B and Al 5 % Sr master alloys in various treatment states , Al Si Mg alloy for wheel hub was refined and modified .

新型Al-P中间合金对活塞合金中初晶Si的团球化

Spheroidization of Primary Si in Piston Alloys by a new type of Al-P Master Alloy rod

Al-P中间合金对共晶和过共晶Al-Si合金的变质机制

Modification performance of the Al-P master alloy for eutectic and hypereutectic Al-Si Alloys

在细化温度相同的条件下，与Si相比，Mg对AlTiC中间合金细化效果具有更大的促进作用；

And compared with silicon , magnesium is more powerful than silicon in promoting the grain refining effect of Al Ti C master alloy under conditions of the same temperature .

Al-Ti-C中间合金对Mg-Al合金的晶粒细化作用

Grain refining effect of Al-Ti-C master alloy on Mg-Al alloys

对Al－Ti－C中间合金的微观组织及TiC的尺寸与分布进行了X射线衍射、扫描电镜和光镜金相分析。

With the X-ray technique , SEM and metallograph experiment , the microstructures of Al-Ti-C master alloys as well as the size and distribution of TiC phase were studied .

发现AlB中间合金在近共晶铸造AlSi合金中具有优异的枝晶细化能力。

It is found that the Al B master alloy has a very strong power of refining dendrite in near eutectic Al Si casting alloys .

自蔓延高温合成法（SHS）制备Al-Ti-C中间合金的研究

Preparation of Al-Ti-C Master Alloy by SHS

Al-Ti-C中间合金细化工业纯铝的研究

Grain Refinement of Commercial Pure Al by Al Ti C Master Alloys

变形处理Al-P中间合金对Al-Si合金变质作用的影响

Effect of Deformation of Al-P Master Alloys on Its Modifying the Microstructure of Al-Si Alloys

Cu-Cr中间合金熔铸新工艺

A New Smelting Technique for Cu-Cr Master Alloy

Fe-RE稀土中间合金对TiC钢结硬质合金影响的研究

Influences of Fe-RE Interalloys on the Microstructure of Steel Bonded with TiC

变形处理对Al-Ti-C中间合金的影响

Influence of Deformation Process on the Al-Ti-C Master Alloy