By Jiann-Yang Hwang, Tao Jiang, Chris Pistorius, Gerardo Alvear, Onuralp Yucel, Liyuan Cai, Baojun Zhao, Dean Gregurek, Varadarajan Seshadri
The expertise, operation, power, environmental, research, and destiny improvement of the metallurgical industries using hot temperature techniques are coated within the publication. The concepts at the extraction and creation of ferrous and nonferrous metals, alloys, and refractory and ceramic fabrics, the heating methods and effort administration, and the therapy and utilizations of the wastes and by-products are the subjects of specific pursuits. This booklet makes a speciality of the subsequent matters: •High potency New Metallurgical strategy and know-how primary study of Metallurgical technique •Alloys and fabrics practise •Direct aid and Smelting relief •Coking, New power and surroundings •Utilization of good Slag/Wastes and complicated Ores •Characterization of hot temperature Metallurgical Process
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Additional resources for 7th International Symposium on High-Temperature Metallurgical Processing
Y. " Metall. Mater. Trans. B, 46 (2015), 1716-1728. 12. H. Pinegar, M. Moats, and H. " Ironmaking and Steelmaking, 39 (2012), 398-408. 13. H. Pinegar, M. Moats, and H. " Ironmaking and Steelmaking, 40 (2012), 44-49. 41 7th International Symposium on High-Temperature Metallurgical Processing Edited by: Jiann-Yang Hwang, Tao Jiang, P. F.
Nitrogen gas was flowed in the reactor during heating up until the target temperature was reached then the reducing gases were introduced according to the experiment conditions. Nitrogen gas was used to adjust the partial pressure of the reducing gases and the particle residence time. Gases flow rates were controlled using rotameter flow meters. Once all the gases are introduced and the reactor temperature was stable, magnetite concentrate was fed into the reactor at the specified feeding rate which maintained the excess reducing gases (both H2 and CO) for reduction more than 400% of each gas to ensure negligible change in the gas concentration along the reaction zone for accurate determination of the reaction kinetics.
A, (396) (2005), 277-284. 9. L. S. Pan, "Fabrication and characterization of TiC-particle-reinforced MoSi2 composites," J. Eur. Ceram. , (22) (2002), 791-796. 10. Q. , "Oxidation behavior of Mo≤5Si3C≤1 and its composites," J. Mater. , (35) (2000), 863-872. 11. N. P. Kobyakov, "Oxidation of SHS Mo-Si-C materials in air," Inorg. , (36) (2000), 337-342. 12. L. , "Direct electrosynthesis of Ti5Si3/TiC composites from their oxides/C precursors in molten calcium chloride," Electrochem. , (21) (2012), 9-13.
7th International Symposium on High-Temperature Metallurgical Processing by Jiann-Yang Hwang, Tao Jiang, Chris Pistorius, Gerardo Alvear, Onuralp Yucel, Liyuan Cai, Baojun Zhao, Dean Gregurek, Varadarajan Seshadri