机械合金化法

机械合金化法在制造ODS、CDS合金中的应用

Application of mechanical alloying for manufacturing ODS and CDs alloys

机械合金化法合成金属间化合物NiAl粉末

NiAl Intermetallics Powder Compounded by Method of Mechanical Alloying

机械合金化法合成Mg-Zn中间相

Synthesis of Mg-Zn Intermediate Phases by Mechanical Alloying

本文采用机械合金化法（MA）制备Fe-Ti-Cu系三元非晶合金。

The Fe-Ti-Cu amorphous alloy has been prepared by mechanical alloying .

结果指出，一定成分的Fe－C－Ti合金可以通过机械合金化法得到铁基过饱和固溶体，将其进行真空热处理，可制得TiC弥散强化的铁基合金；

The studying result points out that through mechanical alloying method , with a certain composition of Fe C Ti alloy , the iron base super saturated dissolved solid can be obtained . Through the vacuum heat treatment , the spreaded strengthened iron base alloy is then prepared .

针对skutterudite材料制备工艺中熔融法和固相反应法合成周期长、工序多的不足，尝试将机械合金化法应用于skutterudite材料制备中。

Considering that melting and solid state reaction methods are complex and time - consuming in preparing skutterudite materials , mechanical alloying is selected to be studed .

本文采用粉末冶金的非平衡制备高新技术&机械合金化法，通过机械合金化工艺、粉末生坯压制工艺和液相烧结工艺的设计与优化，制备出了Mo-Cu高比重合金。

In this paper , the Mechanical Alloy Technology ( MA ) was adopted . Through the designing and optimizing of the MA technology and liquid phase sinter technology , the new electrician alloy-Mo-Cu was made .

机械合金化法是新近发展起来的制备镁系储氢材料的较佳工艺。

Mechanical Alloying ( MA ) is a new and better technology used to synthesize Mg-based hydrogen storage materials .

详细叙述了制备银钨触头的熔渗法和机械合金化法，并对两种方法作了一些理论上的分析。

In this paper , the methods and theory of infiltration and mechanical alloying to produce Ag-W contact are recounted in detail .

目前，粉末冶金法、熔铸法、放热弥散法、燃烧合成法和机械合金化法都已用于原位反应制备颗粒增强钛基复合材料。

In current , PM , Melting , XDTM , SHS and MA are all used for in-situ synthesis particulate reinforced titanium matrix composites .

在不同工艺制备的三种样品中，缺陷密度的高低依次为：机械合金化法＞惰性气体凝聚加压法＞非晶晶化法。

Defect structures in nanocrystalline materials are also investigated , and the density of defect structure is as follows : mechanical alloying > inert gas condensation > amorphous crystallization .

总结了目前制备镁基储氢材料所用的主要方法，例如熔炼法、扩散法、机械合金化法、氢化燃烧合成法等。

Also sum up the manufacturing methods of magnesium based hydrogen storage materials , containing melting method , diffusing method , mechanical alloy method , composing by hydrogen burning method and so on .

着重介绍了机械合金化法、混合盐反应法、自蔓延高温合成法、反应浸渗法、固液反应法和原位固态反应法等镁基复合材料的制备方法及其原理与特点。

Mechanical milling , mixed salt reaction , self-propagating high-temperature synthesis , reactive infiltration process , solid-liquid reaction and in-situ solid reaction , and other several kinds of in-situ reaction synthesizing technologies for fabricating magnesium matrix composite are described with special reference given to their fundamental mechanisms and features .

研究以La，Fe，Co及Sb粉末为起始原料，用机械合金化热压法合成填充式Skutterudite化合物LayFeCo3Sb12的可能性和合成条件，研究了La填充分数对LayFeCo3Sb12电性能的影响。

The probability and synthesis conditions of filled skutterudite compounds LayFeCo_3Sb_ 12 by mechanical alloy and hot press using La , Fe , Co and Sb as start powders are studied in this paper , and so is the effect of La filling fraction on thermoelectric properties .

机械合金化-热压法合成填充式Skutterudite化合物及电性能研究

Thermoelectric Properties and Synthesis of Filled Skutterudite Compound by Mechanical Alloy and Hot Press

其中，制备方法涉及非晶部分晶化法、机械合金化/粉末冶金法（MA/PM法）和快速凝固（原子雾化）/粉末冶金法（RS/PM法）。

The preparation processes includes the method of crystallization based on amorphous , mechanical alloying / powders metallurgy ( MA / PM ) and rapid solidification ( atomized powders ) / powders metallurgy ( RS / PM ) .

通过对机械合金化在制备贮氢合金方面的综合论述，指出机械合金化法是贮氢合金研究和开发的一种重要方法。

The application of mechanical alloying in the preparation of hydrogen storage alloys was summarized and it suggested that mechanical alloying was an effective method on the study and development of hydrogen storage alloys .