Vol. 5 N°09                                     Lima - Perú                                     Enero - Junio 2002


 

LIXIVIACIÓN DE MENAS AURÍFERAS CON SALES OXIDANTES EN
MEDIO ÁCIDO MEDIANTE EL PROCESO SEVERO

 

VI. BIBLIOGRAFÍA

1. Baes F. CH. (1978). The hydrolysis of cations. John Wile and Sons, New York.

2. Dutrizac J.E. (1992) "The leaching of sulfide mineral in chloride media". Hydrometallurgy, 29: 1-45.

3. Kalocsai G.1. (1984). Improvements in or relating to the dissolution of noble metals, Austral. Provisional Patent 3028/84.

4. Kerley B.3. (1981) Recovery of precious metals from difficult ores, U.S. Patent 4, 269, 622, May 26.

5. McDonald G.W. (1987). "The fate of gold in cupric chloride Hydrometallurgy". Hydrometallurgy, 18: 321-335.

6. Palacios C.S. (1994) Ingeniería de Lixiviación, CONCYTEC.

7. Palacios C.S. (1994) Lixiviación de Menas Auríferas con Sales Oxidantes en Medio Ácido (Proceso Severo)

8. Palacios C.S. (1993) "Simulation of dump leach", XXIV APCOM, Application of computers and operations research in the mineral industries; Montreal (Canadá).

9. Rose T.K. (1937). The Metallurgy of gold. Philadelphia, RA: 3.B. lippincott Co., 18: 76.

10. Tataru S. (1968). "Precipitation par cementation de I'or en solutions acid". Rev. Rourri. Chim.: 1043-49.

11. Van Weert G. (1992). "Reagent recovery in chloride Hydrometallurgy-some missing link", Hydrometallurgy, 29: 513-526.

12. Von Michaelis. (1987). "The prospects for alternative leach reagents (for gold)". Eng. Min. J., June: 42-47.

13. Winand R. (1991). Thioride Hydrometallurgy", Hydrometallurgy, 27: 285-316.

14. Tataru S. (1968). Precipitación par cementation de I'or en solutions acid". Rev. Rourn. Chim.:
1043-49. Van Weert G. (1992). "Reagent recovery in chloride

15. Hydrometalurgy-some missing 1 link".Hydrometallurgy, 29: 513-526.

16. Von Michaelis. (1987). "The prospects for alternative leach reagents (for gold)". Eng. Min. J., June: 42-47.

17. Winand R. (1991). Thioride Hydrometalurgy", Hydrometalurgy, 27: 285-316.


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