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A ball to powder mass ratio of 35:1 was used.
The ratio of balls to powder mass was kept 10 1.
They were compared against Hausner ratio and Carr's index parameters of the same powder mass.
Both the duration and the maximum temperature of the combustion increased with the BSCF powder mass produced in the synthesis.
Green compacts were generated by forming the prepared powder mass at 180 °C through simultaneous upward and downward axial loading.
We present results of barium hexaferrite powder mass consumption across a wide range of starting powder quantities and deposition times.
Similar(24)
The powder was milled for 80 h at a ball-to-powder mass ratio of 10 1 at a milling intensity of 200 revolutions per minute.
The mixed powders were ball-milled for 0-10 h using a ball-to-powder mass ratio of 10 and sintered at 750 °C for 2 h.
The effects of mechanical alloying parameters (i.e., milling time, milling speed, ball-to-powder mass ratio and Zn content) and their interactions were investigated involving 4 numerical factors with 2 replicates, thus 16 runs of two-level fractional factorial design.
The most significant independent variable was Zn content, and only the interaction of milling time and ball-to-powder mass ratio was significant as P-value was less than 0.05.
Utilizing a ball-to-powder mass ratio of 20, we could obtain a nanocrystalline Cu27.5Ni72.5 (at%) alloy with a crystallite size of around 10 nm and a Curie temperature of 45 °C.
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