WANG Fang， WANG Qiang， LIU Zhong-qiu， LI Bao-kuan. Metallurgical Characteristics of Swirling Flow Reactor Using Gravity Potential Energy of Hot Metal from Blast Furnace[J]. Journal of Northeastern University Natural Science, 2015, 36(8): 1120-1125.
[1]Shigeru U，Shungo N，Hiroshi N，et al.Recent progress and future perspective on mathematical modeling of blast furnace［J］.ISIJ International，2010，50(7):914-923. [2]Kurunov I F.The direct production of iron and alternatives to the blast furnace in iron metallurgy for the 21st century［J］.Metallurgist， 2010，54(5):335-342. [3]Kiyoshi S，Syozo K，Akimitsu K，et al.Sequential dephosphorization and desulphurization of hot metal by newly developed pretreatment furnace［J］.The Iron and Steel Institute of Japan， 1987，73(11):1567-1574. [4]Amit C.Ironmaking in conventional and mini blast furnaces.part I:the conventional blast furnace［J］.Steel Times International， 2006，30(8):48-52. [5]Freissmuth A.Desulphurization of hot metal by using calcium carbide—the present situation and possible developments［J］.Stahl und Eisen，1997，117(9):53-59. [6]Sandberg H.Desulphurization of hot metal［J］.Ironmaking and Steelmaking，1977，4(5):280-284. [7]Zou Z S，Zou Y S，Zhang L B，et al.Mathematical model of hot metal desulphurization by powder injection［J］.ISIJ International， 2001，41(sup):66-69. [8]Kijac J，Borgon M.Desulphurization of steel and pig iron［J］.Metalurgija，2008，47(4):347-350. [9]Fazel Z M H，Türks，en I B，Torabi K O.Type-2 fuzzy modeling for desulphurization of steel process original research article［J］.Expert Systems with Applications， 2007，32(1):157-171. [10]王芳.移动磁场作用下钢液湍流的大涡模拟及气液两相流行为的研究［D］．沈阳:东北大学，2009．(Wang Fang.Large eddy simulation on turbulence of molten steel and behavior of gas /liquid two phase flow affected by alternative magnetic field［D］.Shenyang:Northeastern University，2009.)
