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An Investigation of Particle Size Variation in Stirred Mills in Terms of Breakage Kinetics
Energy Sources, Part A: Recovery, Utilization and Environmental Effects, 2011Abstract The structure and particle size of solid fossil fuels have effects on linear or nonlinear movements encountered in breakage rate, besides petrography types, in-organic materials, extensive network of pores, macro chemical forms, etc. Nonlinear breakage behavior in mono size groups of −3,350 + 2,360 μm, −2,360 + 1,700 μm, and −1,180 + 850 μm ...
Selcuk Samanli +2 more
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Effects of Mill Speed on Kinetic Breakage Parameters of Four Different Particulate Pumices
Particulate Science and Technology, 2013In this study, the effect of mill speed was investigated on different particulate pumice samples at batch grinding conditions based on a kinetic model. For this purpose, S i and B i,j equations were determined from the size distributions at different grinding times, and the model parameters (S i , a T , α, γ, and φ j ) were compared for three different
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Breakage dependent amyloid growth kinetics: a computational study
Biophysical Journal, 2022Jennifer Joseph +2 more
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Kinetics of protein aggregate growth and breakage during isoelectric precipitation
2018The kinetics of isolectric precipitation of soy protein in a turbulent stirred tank reactor was studied. The effects of protein feed concentration, pH of precipitation, mean residence time, ionic strength, mixing speed, and order of addition of salt were investigated;The particle size distribution (PSD) of the solid phase was determined using a Coulter
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The effects of powder filling on the kinetic breakage parameters of natural amorphous silica
Particulate Science and Technology, 2016ABSTRACTIn this study, the effects of powder filling were investigated on natural amorphous silica at batch grinding conditions based on a kinetic model. For this purpose, first eight different mono-sized fractions were carried out between 1.7 and 0.106 mm formed by a √2 sieve series.
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Powder Technology, 2004
Abstract The grindability of a material is the only factor used to determine the required size of a grinding machine. Although, Bond's grindabilty test is widely used to the estimate power required of an industrial grinding mill. Recently, kinetic model has been mostly used to the design of grinding circuits.
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Abstract The grindability of a material is the only factor used to determine the required size of a grinding machine. Although, Bond's grindabilty test is widely used to the estimate power required of an industrial grinding mill. Recently, kinetic model has been mostly used to the design of grinding circuits.
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Computation of the breakage kinetics of a material
Journal of Mining Science, 1994openaire +1 more source
Characteristics and Kinetics of Chromosome Breakage in Fission Yeast S. pombe
2023openaire +1 more source