Formation Mechanism of Ferronickel Alloy Due to the Reaction Between Iron and Nickeliferous Pyrrhotite at 850–900 °C

Author:

Liu Feng,Barati Mansoor,Marcuson Sam

Publisher

Springer International Publishing

Reference26 articles.

1. Rezaei S, Liu F, Marcuson S, Muinonen M, Lakshmanan VL, Sridhar R, Barati M (2017) Canadian pyrrhotite treatment: the history, inventory and potential for tailings processing. Can Metall Q 56(4):410–417

2. Wells PF, Kelebek S, Burrows MJ, Suarez DF (1997) Pyrrhotite rejection at Falconbridge’s Strathcona mill. In: Processing of complex ores : proceedings of the second UBC-McGill Bi-annual international symposium on fundamentals of mineral processing and the environment, pp 51–62

3. Conard BR (2013) Processing history at Vale Canada’s (Inco’s) iron ore recovery plant. CIM J 4(2):61–68

4. Gordon SC, McDonald AM (2016) A study of the composition, distribution, and genesis of pyrrhotite in the copper cliff offset, sudbury, Ontario, Canada. Can Miner 53(5):859–878

5. De Villiers JPR, Liles DC, Becker M (2009) The crystal structure of a naturally occurring 5C pyrrhotite from sudbury, its chemistry, and vacancy distribution. Am Miner 94(10):1405–1410

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