Determining the effect of process parameters on particle size in mechanical milling using the Taguchi method: Measurement and analysis

Top‐Down Synthesis of Silicon/Carbon Composite Anode Materials for Lithium‐Ion Batteries: Mechanical Milling and Etching

“…Ball‐milling requires the optimization of a number of parameters to achieve a desired final product, including the type of the mill, milling vial, milling speed, milling time, milling atmosphere, size and size distribution of the balls, ball‐to‐powder weight ratio, and the powder amount . All of these highlighted parameters could greatly affect the stages of the milling process and the quality of the final milled product since changing the milling parameter can make the milling faster or slower. A slight modification in the abovementioned parameters may result in a tremendous change in the milling results.…”

The influence of pre-oxidation and leaching parameters on Iranian ilmenite concentrate leaching efficiency: Optimization and measurement

“…It is economical for characterizing a complicated process. It requires fewer experiments in order to study all levels of all input parameters, and filters out some effects due to statistical variation [29]. The 2 k factorial design is basically a series of experiments involving k factors that each of them has two levels.…”

Parametric optimization of mechanochemical process for synthesis of Cu(In, Ga)0.5Se2 nanoparticles

“…Hence the frequency of collisions rose and mean free path between two collisions declined. Thereby energy input to the process increased [18]. Thus, the time span between different stages such as cold welding, fracturing and rewelding in milling will be less, so that the products obtained at higher BPR will be smaller and less agglomerated.…”

“…The mechanochemical process is a powder processing technique, which involves milling powders of metals, alloy or compounds together. During this process material transfer will take place to acquire homogenous alloy [18]. Owing to the potential to have mass production of nanoparticles from non-toxic precursor materials with high energy efficiency in short processing time makes the mechanochemical process a favourable technique to synthesize CIGS nanostructures [2].…”