Effect of mechanical alloying on the property of Mo-Cu alloy;

Synthesis of CoSb_3 thermoelectric material by mechanical alloying and spark plasma sintering;

Study of nickel's effect on the synthesis of TiC during mechanical alloying;

Study of the Formation Regularity of the Multi-Component Amorphous Alloys by MA;

STUDY OF MACHINE ALLOYING FOR W/Cu MICROPOWDER;

The Microstructure of Al-10vol%Pb Prepared by MA;

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.

Nanostructured 90W-7Ni-3Fe powders(MA powders) with tungsten crystalline size of 818nm were prepared by mechanical alloying (MA).

The emphasis is laid on the method of mechanical alloy and the formation mechanism of Cu-based composites.

In order to improve the condition of synthesizing Ti3SiC2(reducing the sintering centigrade and time, and obtaining Ti3SiC2 of higher purity), a method of mechanical alloying(MA) is adopted to treat the original powder and contrast with element powders (directly mixed DM).

7) n-type filled Skutterudite was prepared by mechanical alloying(MA) and subsequent hot pressing(HP).

Mechanical alloying(MA) is a powerful method in the preparation of powders,which can directly alloy the raw materials into target powders in a relatively low cost way.

Amorphous MgNi hydrogen storage alloy was synthesized by mechanically alloying (MA).

The Al-Pb-Cu alloy was prepared by mechanically alloying.

This paper states the mechanism of mechanically alloying & its application in rare earth permanent magnet materials.

Wactive carbon,Ni and Co powders were used as raw materials by thermal mechanical alloying(TMA) to prepare WC-M(metal) composites and the effect of mechanical alloying(MA) on W-C-M powder system and its sintering process was studied.