Minerals Beneficiation - Kinetics of Batch Grinding-Part A: Reduction of the Grinding Equation

The American Institute of Mining, Metallurgical, and Petroleum Engineers
P. C. Kapur
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
5
File Size:
1294 KB
Publication Date:
Jan 1, 1971

Abstract

A principal first-order and a minor summation term contribute to the solution to the discretized batch-grinding equation when formulated in cumulative retained mode. Depending on the inter relations hips between the selection and breakage parameters, the minor term may be advantageously modified in a number of ways. The reduced grinding equations thus obtained are solved by iterations to give relatively simple solutions which are tested against experimental data. The irn-plications and advantages of the reduced grinding equations are briefly discussed. In many instances, the trajectory of the particle-size distribution in a batch mill may be extracted from a set of particle mass balance equations as follows
Citation

APA: P. C. Kapur  (1971)  Minerals Beneficiation - Kinetics of Batch Grinding-Part A: Reduction of the Grinding Equation

MLA: P. C. Kapur Minerals Beneficiation - Kinetics of Batch Grinding-Part A: Reduction of the Grinding Equation. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1971.

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