[1] Ahmadi R., Shahsavari Sh., 2009, “Procedure for Determination of Ball Bond Work Index in the Commerical Operations”, Minerals Engineering, Elsevier, Volume 22, pp. 104-106.
[2] Napier-Munn T. J., Morrell S., Morrison R. D., Kojovic T., 1996, “Mineral Comminution Circuits, Their Operation and Optimization”, JKMRC, Australia.
[3] King R. P., 2001, “Modelling and Simulation of Mineral Processing Systems”, Department of Metallurgical Engineering, University of Utah, USA.
[4] Sabasinghe G. K. N. S., Kanau, J. L., October 2000 “On the Assessment of Ore Grindability and Bond Work Index for Mill Control”, Seventh Mill Operators' Conference, Kalgoorlie, Western Australia.
[5] Amtech CO., 2006, “Technical Features – Bond Ball Mill Work Index (BWI)”, Western Australia.
[6] F. C. Bond, 1961, “Crushing and Grinding Calculations Part I and II British Chemical Engineering 6 (6 and 8)”.
[7] JKMRC CO., 2006, “Procedure for BBMWI Test”.
[8] Magdalinovi N., 1989, “A Procedure for Rapid Determination of the Bond Work Index”, International Journal of Mineral Processing 27 (1-2), 125–132.
[9] Vedat, Deniz, Huseyin, Ozdag, 2003, “A New Approach to Bond Grindability and Work Index: Dynamic Elastic Parameters”, Minerals Engineering Journal 16 (3), 211–217.
[10] Weiss N. L., 1985, “Mineral Processing Handbook, Society of Mining Engineers”, AIMM, New York. 2078.
[11] Gupta A., Yan D. S., 2006, “Mineral Processing Design and Operation, an Introduction”, Australia.
[12] Genc O., Ergun L., Benzer H., 2004, “Single Particle Impact Breakage Characterization of Materials by Drop Weight Testing”, Department of Mining Engineering, Ankara, Turkey.
[13] Free K. S., Mc Carter M. K., King R. P., Feb. 23-25, 2002, "Evaluation of a New Method for Work Index Estimation Using Single Particle Impact Tests", Preprint 04-91, SME Annual Meeting, Denver Colorado.