Mechanical activation in technology of metals extraction

Metall

Volumn 54, Issue 4, 2000, Pages 190-195

  Baláž, Peter ^a  

^a INSTITUTE OF CHEMISTRY   (Slovakia)

Author keywords

[No Author keywords available]

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EID: 0034354990     PISSN: 00260746     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (46)

1. Smékal, A.G.: Neuere Ergebnisse über Molekülbeweglichkeit und Reaktivität bei der Berührung fester Körper, in: Proc. Int. Symp. on the Reactivity of Solids (E. Hemlin, ed.), Gothenburg 1952, p. 125-132
2. Molčanov, V.I., Selezneva, O.G., Žirnov, E.N.: Activation of Minerals by Grinding, Nedra, Moscow 1988 (in Russian)
3. Juliàsz. A. Z.: Aspects of mechano chemical activation in therms of communication theory. Colloits and surfaces, 141 (1998) 449-462
4. Baláž, P., Havlik, T., Kammel, R.: Leachability of Mechanically Activated Chalcopyrite. Trans. Indian Inst. Metals 51 (1998) 1-6
5. Ljachov, N.: Mechanical Activation from the Viewpoint of Kinetic Reaction Mechanisms, in: Proc. Ist Int. chemistry (K. Tkáčová, ed.), Košice 1993, Vol. I, Cambridge Interscience Publishing, Cambridge 1994, p. 59-65
6. Boldyrev, V.V.: Proc. Indian Nat. Sci. Acad. 52 (1986) 400-408
7. Campbell, S.J., Kaczmarek, W.A.: Mössbauer Effect Studies of Materials Prepared by Mechano-chemical Methods, in: "Mössbauer Spectroscopy to Materials and Magnetism" (G.J. Long, F. Grandjean, eds.), Vol. 2, Plenum Press, New York 1996, p. 273-330
8. Baláž, P., Kammel, R.: Application of Attritors in Hydrometallurgy of Complex Sulphide Ores. Metall 50 (1996) 345-347
9. Baláž, P.: Extractive Metallurgy of Activated Minerals, Elsevier, Amsterdam 2000
10. Tkáčová, K.: Mechanical Activation of Minerals, Elsevier, Amsterdam 1989
11. Tromans, D., Meech, J.A.: Enhanced Dissolution of Minerals: MIcrotopography and Mechanical Activation. Minerals Engineering 12 (1999) 609-625
12. Welham, N.J.: The Effect of Extended Milling on Minerals. CIM Bulletin 90 (1997) 64-68
13. Welham, N.J.: Enhancement of the Becher process by ball milling. Proc. Australasian Inst. Min. Metall. 302 (1997) 61-63
14. Welham, N.J., Llewellyn, D.J.: Mechanical Enhancement of the Dissolution of Ilmenite. Miner. Engn. 11 (1998) 827-841
15. Beckstead, L.W., Munoz, P.B., Sepulveda, J.L., Herbst, J.A., Miller, J.D., Olson, F.R., Wadsworth, M.E.: Acid Ferric Sulfate Leaching of Attritor-ground Chalcopyrite Concentrates, in: Proc. Int. Symp. "Extractive Metallurgy of Copper" (J.C. Yannopoulos, J.C. Agarwal, eds.), New York 1976, p. 611-632
16. Havlík, T., Kammel, R.: Leaching of Chalcopyrite with Acidified Ferric Chloride and Carbon Tetrachloride Additions. Minerals Engineering 8 (1995) 52-57
17. Achimovi_ová, M.: Selective leaching of metals from mechanically activated sulfides. Acta Montanistica Slovaca 2 (1998) 172-176 (in Slovak)
18. Warris, C.J., Mc Cormick, P.J.: Mechanochemical processing of refractory pyrite. Minerals Engineering 10 (1997) 1119-1125
19. Maurice, D., Hawk, J.A.: Ferric chloride leaching of mechanically activated chalcopyrite. Hydrometallurgy 49 (1998) 103-123
20. Senna, M.: Determination of Effective Surface Area for the Chemical Reaction of Fine Particulate Materials. Part. Part. Syst. Charact. 6 (1989) 163-167
21. Zelikman, A.N. Voldman, G.M., Beljajevskaja, L.V.: Theory of Hydrometallurgical Processes, Metallurgija, Moscow 1975 (in Russian)
22. Pawlek, F.: The Influence of Grain Size and Mineralogical Composition on the Leachability of Copper Concentrates, in: Proc. Int. Symp. "Extractive Metallurgy of Copper" (J.C. Yannopoulos, J.C. Agarwall, eds.), Vol. II, Met. Soc. AIME, Las Vegas 1976, p. 690-705
23. Gock, E.: Beeinflussung des Löseverhaltens von Kupferkies durch Festkörperreaktionen bei der Schwingmahlung. Erzmetall 31 (1978) 282-288
24. Gerlach, J.: Untersuchungen zu direkten Laugung komplexer sulfidischer Erzmetall 36 (1982) 518-523
25. Daiger, K., Gerlach, J.: Zur Kinetik der direkten Laugung sulfidischer Erze. Erzmetall 35 (1982) 609-611
26. Daiger, K., Gerlach, J.: Über den katalytischen Effekt der Schwingmahlung auf die Lösungsgeschwindigkeit bei der direkten Laugung sulfidischer Erze des Kupferkiestypus. Erzmetall 36 (1983) 82-87
27. Kammel, R., Pawlek, F., Simon, M., Li Xi-ming: Oxidizing Leaching of Sphalerite under Atmospheric Pressure. Metall 41 (1987) 158-161
28. Küzeci, E., Li Ximing, Kammel, R.: Untersuchungen zur sauren Laugung von sulfidischem Nickelkonzentrat. Metall 43 (1989) 434-439
29. Pawlek, F., Kheiri, M.J., Kammel, R.: Optimierung der Feinstmahlung mit einer Rührwerkskugelmühle gezeigt am Beispiel eines Zinkkonzentrates. Metall 43 (1989) 838-842
30. Gärtner, C.E., Kammel, R., Kheiri, M.J., Pawlek, F., Simon, M.: Untersuchungen über das Laugungsverhalten feinstgemahlener Zinkblende - und Kupferkies - Flotationskonzentrate. Metall 45 (1991) 886-890
31. Li Ximing, Jiayong, Ch., Kammel, R., Pawlek, F.: Non-oxidative Dissolution of Mechanically Activated Sphalerite. Int. J. Mech. Mecha. Alloying 1 (1994) 166
32. Baláž, P., Havlík, T:, Kammel, R.: Leachability of Mechanically Activated Chalcopyrite. Trans. Indian Inst. Metals 51 (1998) 1-6
33. Baláž, P, Kammel, R., Achimovi_ová, M.: Mechanochernical Treatment of Tetrahedrite as a New Ecologically Non-polution Way of Metals Recovery. Metall 48 (1994) 217-220
34. Baláž, P., Kammel, R., Ku_nierová, M., Achimovi_ová, M.: Mechanochernical Treatment as a New Non-pollution Method of Metals Recovery, in: Proc. Int. Conf. "Hydrometallurgy '94", Cambridge 1994, Chapman and Hall, London 1994, p. 209-218
35. Baláž, P., Sekula, F., Jakabskbský., Kammel, R.: Application of Attrition Grinding in Alkaline Leaching of Tetrahedrite Minerals Engineering 8 (1995) 1299-1308
36. Baláž P., Sekula, F.: Mechanochemical Preparation of CuAgAu Concentrate from Tetrahedrite Raw Materials, in: Proc. IIIrd Int. Symp. "Clean Technology for the Mining Industry" (M. A: Sánchez, P. Vergara, S.H. Castro, eds.), Concepción 1996, p. 469-475
37. Baláž, P., Kammel, R., Sekula, F., Jakabskbsk ý, š.: Mechanochemical Leaching: the Possibility to Influence the Rate of Metals Extraction from Refractory Ores, in: Proc XXth Int. Miner. Proc. Congr. (H. Hoberg, H. von Blottnitz, eds.), Vol. 4, Aachen 1997, p. 149-159
38. Boldyrev, V.V.: Mecianical Activation and Its Application in Technology. Materials Science Forum 269-272 (1993) 227-234
39. Biangardi, S., Pietsch, H.: Verarbeitung sulfidischer Kupfererze nach dem Lurgi-Mitterberg (LM) - Verfahren. Erzmetall 29 (1976) 73-76
40. Mullov, V., Lodejščikov, V.V.: The experience of planetary mills application for sulphide ore processing. Izvestija Sib. Otd. Ak. Nauk SSSR 3 (1978) 71-73 (in Russian)
41. Liddell, K.S.: Machine for Fine Milling to Improve the Recovery of Gold from Calcines and Pyrite, in: Proc. Int. Conf. on Gold "Gold 100", The South African Inst. Min. Metall. 2 (1986) 405-412
42. Liddell, K.S., Dunne, R.C.: The Recovery of Gold from Refractory Telluride Concentrates by the Metprotech Fine Milling Process, in: Proc. Int. Conf. "Innovations in Gold and Silver Recovery", Randol, Perth 1988, p. 4524-4537
43. Corrans, I.J., Angove, J.E.: Ultrafine Milling for the Recovery of Refractory Gold. Minerals Engineering 4 (1991) 763-776
44. Corrans, I.J., Johnson, G.D., Angove, J.E.: The Recovery of Nickel and Gold from Sulfide Concentrates, in: Proc. XVIIIth Int. Miner. Proc. Congr., Sydney 1993, p. 1227-1231
45. Sekula, F., Baláž, P., Jusko, F., Molnár, F., Jakabskbský, š.: Hydro metallurgical Technology of Tetrahedrite Concentrate Processing from the Mária Mine Locality in Rožňava. Acta Montanistica Slovaca 3 (1998) 149-156 (in Slovak)
46. Baláž, P.: Antimony and Arsenic Extraction from Sulfides Pretreated by Mechanochemical Processing. In: Proc. SME Conference, Salt Lake City, February 2000