Development of Minerals Liberation Spectrum Simulator in Ball Mills

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Hoseini Jirdehi h.; RAZAVIAN S.M.

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Paper Information

Journal: JOURNAL OF MINERAL RESOURCES ENGINEERING Year:2019 | Volume:4 | Issue:2 Page(s): 93-106

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Information Journal Paper

Title

Development of Minerals Liberation Spectrum Simulator in Ball Mills

Author(s)

Hoseini Jirdehi h. | RAZAVIAN S.M. | Issue Writer Certificate

Keywords

Simulation

Ball mill

CMCS

Minerals Liberation Spectrum

Abstract

When comminution precedes mineral beneficiation processes, the liberation spectrum of the particles in a comminution process is of great importance. The calculation of the liberation spectrum in a continuous closed milling circuit is a vastly more difficult task. Here, a method has been incorporated into the CMCS Simulation software to calculate the product size distribution and liberation spectrum in Ball mills. The model requires a minimum amount of experimental data and is capable of calculating the detailed liberation spectrum. While, other existing methods account only for the completely liberated particles and a broad group of unliberated particles are not represented. An easy-to-use Ball mill Simulation environment has been developed and the results are compared with measured grinding data and previously existing simulators, particularly MODSIM, demonstrating firmly tested performance both in terms of accuracy and precision of obtained results.

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APA: Copy

Hoseini Jirdehi, h., & RAZAVIAN, S.M.. (2019). Development of Minerals Liberation Spectrum Simulator in Ball Mills. JOURNAL OF MINERAL RESOURCES ENGINEERING, 4(2 ), 93-106. SID. https://sid.ir/paper/265379/en

Vancouver: Copy

Hoseini Jirdehi h., RAZAVIAN S.M.. Development of Minerals Liberation Spectrum Simulator in Ball Mills. JOURNAL OF MINERAL RESOURCES ENGINEERING[Internet]. 2019;4(2 ):93-106. Available from: https://sid.ir/paper/265379/en

IEEE: Copy

h. Hoseini Jirdehi, and S.M. RAZAVIAN, “Development of Minerals Liberation Spectrum Simulator in Ball Mills,” JOURNAL OF MINERAL RESOURCES ENGINEERING, vol. 4, no. 2 , pp. 93–106, 2019, [Online]. Available: https://sid.ir/paper/265379/en

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