This paper provides an overview of the research on the use of high-energy mechanical
milling in processing advanced materials. The focus is on the major understanding achieved …

An account is given of the research that has been carried out on mechanical alloying/milling
(MA/MM) during the past 25 years. Mechanical alloying, a high energy ball milling process …

Cu-Co has been chosen as a model system to study phase formation during mechanical
alloying in systems with components exhibiting a positive heat of mixing. Phase formation is …

Nanocrystalline Cu–Ta alloys belong to an emerging class of immiscible high-strength
materials with a significant potential for high-temperature applications. Using molecular …

The mechanical alloying process in the immiscible Ni–Ag system with a positive heat of
mixing was investigated by x‐ray diffraction and differential scanning calorimetry. High …

Ag50Cu50 alloys prepared by ball milling were subsequently milled at different
temperatures ranging from about 85 to 473 K and investigated by X-ray diffraction and …

Recent progress in the understanding of metastable and equilibrium phase formation
induced by mechanical alloying (MA) of elemental powders is reviewed, with an emphasis …

抄録 Mechanical alloying (MA) was firstly developed to synthesize metallic matrix composite
by mechanically incorporating preformed oxide and or carbide particles into a metallic …

Cu–Ta bulk nanocomposites with varying amounts of Ta were produced by high-energy ball
milling followed by compaction and sintering. The final crystallite size of Cu and Ta during …

We used mechanical alloying with a Spex 8000 mixer/mill to synthesize a series of Fe100− x
Ni x alloys from x= 0 to x= 49. The Spex mill was modified so that it could also operate at a …