Samples of a chromite ore were ground by conventional rod mill and by piston-die press. Five size fractions of products from the two comminution devices having different modes of breakage were analyzed for the percent degree of chromite liberation and particle Shape by an image analysis software. Results confirmed enhanced liberation in particle bed breakage achieved in the piston-die press. Particles ground in the rod mill had no shape differences as a function of particle size. Particle bed breakage generated particle profiles with less circularity at the finer end of the investigated size spectrum. (C) 1998 Published by Elsevier Science Ltd. All rights reserved
One of the challenges in the development of mineral processing simulators is modelling the liberatio...
A number of previous researchers have noticed that the degree of mineral liberation in a given size ...
The structure and particle size of solid fossil fuels have effects on linear or nonlinear movements ...
In this paper, the study of particle breakage mode versus mill operating parameters is addressed. St...
Morphology is a tool that is rarely used for mineral breakage mechanism evaluation. Ground particles...
Stirred milling is a grinding tool that is used extensively for mineral liberation, in order to achi...
The prediction of mineral liberation in mineral processing operations has become of major importance...
In comminution machines, the product properties (particle size distribution, mineral liberation cha...
The batch grinding equation and the Attainable region technique tools were used in evaluating data o...
In comminution machines, the product properties (particle size distribution, mineral liberation cha...
In recent years, the influence of different crushing systems (compression, impact, attrition) has be...
Within mineral comminution, the product properties (such as particle size distribution and mineral l...
Within mineral comminution, the product properties (such as particle size distribution and mineral l...
Within mineral comminution, the product properties (such as particle size distribution and mineral l...
Within mineral comminution, the product properties (such as particle size distribution and mineral l...
One of the challenges in the development of mineral processing simulators is modelling the liberatio...
A number of previous researchers have noticed that the degree of mineral liberation in a given size ...
The structure and particle size of solid fossil fuels have effects on linear or nonlinear movements ...
In this paper, the study of particle breakage mode versus mill operating parameters is addressed. St...
Morphology is a tool that is rarely used for mineral breakage mechanism evaluation. Ground particles...
Stirred milling is a grinding tool that is used extensively for mineral liberation, in order to achi...
The prediction of mineral liberation in mineral processing operations has become of major importance...
In comminution machines, the product properties (particle size distribution, mineral liberation cha...
The batch grinding equation and the Attainable region technique tools were used in evaluating data o...
In comminution machines, the product properties (particle size distribution, mineral liberation cha...
In recent years, the influence of different crushing systems (compression, impact, attrition) has be...
Within mineral comminution, the product properties (such as particle size distribution and mineral l...
Within mineral comminution, the product properties (such as particle size distribution and mineral l...
Within mineral comminution, the product properties (such as particle size distribution and mineral l...
Within mineral comminution, the product properties (such as particle size distribution and mineral l...
One of the challenges in the development of mineral processing simulators is modelling the liberatio...
A number of previous researchers have noticed that the degree of mineral liberation in a given size ...
The structure and particle size of solid fossil fuels have effects on linear or nonlinear movements ...