| ArticleName |
Thermodynamics of Copper and Nickel Distribution under the Conditions of Continuous
Conversion of Mattes into Blister Copper |
| References |
1. Shibasaki T., Kanamori K., Hayashi M. // Proc. Savard/Lee Intern. Symp. Bath Smelting. / Ed. J. K. Brimacomber et al. — Warrendale, PA: TMS, 1992. P. 147–158.
2. Newman C. J., Stirey A. G. // Proc. Copper 87. Intern. Symp. V. 4: Pyrometallurgy of Copper / Ed. C. Diaz et al. — Santiago (Chile), 1988. P. 123–138.
3. Hanniala P. // Tsvetnye Metally. 1996. No. 10. P. 22–25.
4. Landolt C. A., Fritz A., Marcuson S. W. et al. // Proc. Copper 91 — Cobre 91. Intern. Symp. V. 4. August 18–21 1991. Ottawa (Canada). P. 15–29.
5. Prevost Y., Lapointe R., Levac C. A., Beaudoin D. // Proc. Copper 99 — Cobre 99. Intern. Conf. The Minerals, Metals & Materials Society. 1999. V. 4. P. 269–282.
6. Zamalloa M., Carissimi E. // Ibid. P. 123–136.
7. Kellogg H. H. // Physical Chemistry in Metallurgy (Momoville PA.). 1976. P. 49–68.
8. Kellogg H. H. // Can. Met. Quart. 1987. V. 26. No. 4. P. 285–298.
9. Chuang Y. Y., Hsieh K. C., Chang Y. A. // Met. Trans. 1986. V. 17 A. P. 1373–1380.
10. Chuang Y. Y., Schmid R., Chang Y. A. // Ibid. 1984. V. 15 A. P. 1921–1930.
11. Chuang Y. Y., Chang Y. A. // Ibid. 1982. V. 13 B. P. 379–385.
12. Sorokin M. L., Komkov A. A., Nikolaev A. G. // Tsvetnye Metally. 1994. No. 4. P. 13–18.
13. Sorokin M. L., Nikolaev A. G., Bystrov V. P. // Ibidem. 1994. No. 12. P. 17–21.
14. Sorokin M. L., Bystrov V. P., Nikolaev A. G., Komkov A. A. // Ibidem. 1994. No. 4. P. 22–26.
15. Sorokin M. L., Bystrov V. P., Nikolaev A. G., Komkov A. A. // Converting, Fire refining and Casting. — San Francisco (Calif.), 1994. P. 59–69.
16. Sorokin M. L., Nikolaev A. G. // Tsvetnye Metally. 1994. No. 12. P. 21–25.
17. Nagamori M. // Met. Trans. 1974. V. 5. P. 531–538.
18. Ruddle R. W., Taylor B., Bates A. P. // Trans. IMM. 1966. V. 75 С. P. 1–12.
19. Altman R., Kellogg H. H. // Trans. IMM. 1972. V. 81 С. P. 163–175.
20. Kim H. G., Sohn H. Y. // Met. Trans. 1998. V. 29 B. P. 583–590.
21. Melting in a liquid bath / A. V. Vanyukov, V. P. Bystrov, A. D. Vaskevich et al. — M.: Metallurgy, 1998.— 208 p.
22. A. D. Vaskevich, M. L. Sorokin, V. A. Kaplan // Tsvetnye Metally. 1982. No. 10. P. 22–26.
23. Grimsey E. J. // Met. Trans. 1988. V. 19 B. P. 547–556.
24. Grimsey E. J., Biswas A. K. // Trans. IMM. Sec. C. 1977. V. 86. P. 1–8.
25. Wang S. S., Kurtis A. J., Toguri J. M. // Can. Met. Quart. 1973. V. 12. P. 383–389.
26. Wang S. S., Santander N. H., Toguri J. M. // Met. Trans. 1974. V. 5. P. 261–265.
27. Dosmukhamedov N. K. Investigation of equilibrium nickel, cobalt and copper distribution during matte smelting for the purpose of bath smelting process improvement : Diss. ... Cand. Sci. (Techn.). — M.: MISiS, 1984. — 209 p.
28. Jergensen F. R. A., Collins D. N. // Proc. Copper 95 — Cobre 95. Intern. Conf. The Metallurgical Society of CIM. 1999. V. 4. P. 515–529.
29. Sharma R. C., Chang Y. A. // Met. Trans. 1980. V. 11 B. Dec. P. 575–583.
30. Eguchi M., Yazawa A. // Trans. Jap. Inst. Metals. 1977. V. 18. P. 353–360.
31. Font J. M., Hino M., Itagaki K., Roghani G. // Proc. Copper 99 — Cobre 99. Intern. Conf. The Minerals, Metals & Materials Society. 1999. V. 4. P. 523–537. |
