Calculation and measurement of the macroscopic temperature of mechanical alloying in a planetary mill with a ball load and quasi-cylindrical grinding body

SiC content effect on the properties of Cu–SiC composites produced by mechanical alloying

“…(33-54 vol.%). The powder mixtures were processed by mechanical alloying in a Gefest 11-3 planetary mill with a single quasi-cylindrical grinding body [12] in argon using intense water cooling. The grinding body to powder weight ratio was 4:1.…”

Coating of metals with intermetallics by mechanical alloying

“…No process control agent was added to these powders. The temperature inside the chamber was about 150-200 • C at rotation speed of 620 rpm and 400-450 • C at rotation speed of 840 rpm [8]. After that, assynthesized samples were annealed in Ar atmosphere at 550 • C and were then cooled in the furnace.…”

Structure and properties of mechanically alloyed composite material from waste of high purity aluminium production

“…Mechanical alloying process with the use of milling bodies of this kind is characterised by more rare and powerful single impacts in comparison with the use of traditional ball load. 6 Before milling, the containers with an initial material were vacuumised and then filled with argon for exception of material oxidation. During the work, the containers were cooled by flowing water.…”

“…In a work, a planetary mill ‘Gefest-11-3’ with massive quasi-cylindrical milling bodies has been preferred. Mechanical alloying process with the use of milling bodies of this kind is characterised by more rare and powerful single impacts in comparison with the use of traditional ball load 6. Before milling, the containers with an initial material were vacuumised and then filled with argon for exception of material oxidation.…”