Electrolytic extraction of calcium from calcium oxide

Transactions of the Indian Institute of Metals

Volumn 51, Issue 1, 1998, Pages 69-77

  Ferro, P D ^a   Mishra, B ^a   Olson, D L ^a   Averill, W A ^a  

^a Department of Metallurgical and Materials Engineering   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 22444453673     PISSN: 0019493X     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (29)

1. Sharma R A, and Seefurth R N, Metall Trans B, 20 (1989) 805.
2. Wade W Z, and Wolf T, The Production of Plutonium Metal by the Direct Reduction of the Oxide, Report # UCRL 50403, Univ of California Radiation Laboratory, Berkeley, CA, (1968).
3. Paixao J M M M, and Combes R, Calcium Solubility in Molten Calcium Chloride, in Molten Salts 1994, ed. Hussey et al (eds) Proc Vol 94-13, Electrochem Sec, Pennington, NJ, (1994) p 156.
4. Grjotheim K, Aluminium Electrolysis: Fundamentals of the Hall-Heroult Process, Aluminium-Verlag GmbH, Düsseldorf 1, (1982).
5. Wenz D A, Johson I, and Wolson R D, J Chem Eng Data, 14(2) (1969) 252.
6. Averill W A, Wing R O, Horswill L E, and Knighton J B, Direct Oxide Reduction in Stationary Furnaces - Part I, Report # CRD 81-029, Rockwell International, Golden, CO, (1981).
7. Christensen D C, Williams J D, Mcneese J A, and Fife K W, Proc Intl symp on Actinide / Lanthanide Separations, Choppins G R, et al. (ed) World Scientific Publishing Co., Teaneck, NJ, (1985) p 283.
8. Kipouros G J, Seefurth R N, and Sharma R A, Light Metals 1993, Das S (ed), TMS Publication, Warrendale, PA, (1993) p 1105.
9. Mantell C L, Calcium Metallurgy and Technology, Reinhold Publishing Co., New York, NY; (1945) p 21.
10. Moissan H, J Chem Soc 86 (2) (1904) 483.
11. Ferro P D, Mishra B, and Averill W A, Light Metals 1991, Rooy E (ed), TMS Publication, Warrendale, PA, (1991) p 1197.
12. Frary F C, and Badger W L, Trans Amer Electrochem Soc, 16 (1909) 185.
13. Threadgill W D, An Oxide Process for Metallic Calcium, Ph D Thesis, University of Missouri, 1954.
14. Lukasko J J, and Murphy J E, Electrolytic Production of Calcium Metal, Report of Investigations, RI 9315, United States Bureau of Mines, (1990).
15. Poa D S, Mulcahey T P, and Johnson G K, Electrolytic Reduction of Calcium Oxide to Calcium Metal, Report, Argonne National Laboratory, (1990).
16. Earlam M R, Schoppe D W, and Claus K G, Light Metals 1991, Rooy E (ed), TMS Publication, Warrendale, PA, (1991), p 1207.
17. Kunitomi M, J Chem Soc Japan, Pure Chem Sec 71 (1950) p 40.
18. Kipouros G J, and Sharma R A, J Electrochem Soc 137 (11) (1990) 3333.
19. Steele R J, An Equilibrium and Electrochemical Study of Oxides in Molten Chlorides, Ph D Thesis, Univ of New South Wales, Australia (1971).
20. Axler K M, and Depoorter G L, Molten Salt Chemistry and Technology, Cheml M, and Devilliers D (eds), Materials Sc Forum, 73-75 (1991) 19.
21. Peterson D T, and Hinkelbein J A, J Phys Chem 63 (1959) 1360.
22. Sharma R A, J Phys Chem 74 (1990) 3897.
23. Dworking A S, Disc Faraday Soc 32 (1961) 188.
24. 2, AWE Report # O-16/90, AWE Aldermaston, Reading, (1990).
25. Staffanson, L I, The Physical Chemistry of Metals in Their Molten Halides, Ph D Thesis, London Unviersity, (1959).
26. Cubiciotti D D, and Thurmond C D, J Amer Chem Soc 71 (1949) 2149.
27. Masafumi M, and McLean A, Trans Iron Steel Soc 8 (1987) 23.
28. Ferro P D, Application of a Porous Diaphragm in a Calcium Electrowinning Cell, Ph D Thesis, T 4539, Colorado School of Mines, Goldern, CO, (1994).
29. Ferro P D, Mishra B, Averill W A, Moore J J, and Olson D L, Residues and Effluents: Processing and Environmental Considerations, Ready et al. (eds), TMS Extraction and Processing Division, Warrendale, PA (1992) p 539.