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鞠会霞等:含铁硅酸盐矿物重构与选择性回收 ·1275· (乔吉波,温和平,朱冰龙,等.大红山铁矿选厂中矿再选工 tives on iron grain grindability.Int Miner Process,2014,130: 艺试验研究.矿治,2014,23(2):45) 108 5]Hu B H.Study on new re-concentration recovery technology of [11]He Y,Wang H J,Sun TC,et al.The function and mechanism tailings after magnetic separation.Met Mine,2009 (11):183 of an aidant reducer in the deep reduction process of iron ore.J (胡壁辉.磁选尾矿回收再选新工艺.金属矿山,2009(11): Harbin Eng Univ,2011,32(12)1630 183) (何洋,王化军,孙体昌,等.铁矿石深度还原过程中助还原 Zhang GQ.Test research on tailings re-concentration in Diaojun- 剂的作用及机理.哈尔滨工程大学学报,2011,32(12): tai concentrator.Met Mine,2006(7):77 1630) (张国庆.调军台选矿厂尾矿再选试验研究.金属矿山,2006 [12]Hu W T,Liu X W,Wang H J,et al.Correlation between aggre- (7):77) gation structure and tailing mineral crystallinity.Int J Miner Met- Wang K S,Deng QS,Song K,et al.Tailings re-concentration all Mater,2014,21(9):845 tests for Lunan Mining Company.Met Mine,2004(10):354 [13]He Y,Wang H J,Sun T C,et al.Function and mechanism of (王坤胜,邓庆山,宋坤,等。鲁南矿业公司尾矿回选试验 assistant reducers in iron recovery by the direct reduction in tun- 金属矿山,2004(10):354) nel kilns of hematite.J Univ Sci Technol Beijing,2012,34(6): 8]LiX J.Lian M J.Progress in tailings disposal technology for met- 625 al mines.Met Mine,2005(8):1 (何洋,王化军,孙体昌,等.赤铁矿石隧道窑直接还原助还 (吕宪俊,连民杰.金属矿山尾矿处理技术进展.金属矿山, 原剂的作用及机理.北京科技大学学报,2012,34(6): 2005(8):1) 625) Hu W T.Wang HJ,Sun C Y,et al.Direct reduction-eaching [14]Hu W T,Wang H J,Liu X W,et al.Monomer dissociation process for high ferric bauxite.J Univ Sci Technol Beijing,2012: characteristics and selective recovery technology of micro-fine i- 34(5):506 ron particles.J Unie Sci Technol Beijing,2013:35(11):1424 (胡文韬,王化军,孙传尧,等.高铁铝土矿直接还原溶出工 (胡文韬,王化军,刘欣伟,等.微细铁颗粒的单体解离特 艺研究.北京科技大学学报,2012,34(5):506) 性和选择性回收工艺.北京科技大学学报,2013:35(11): [10]Hu W T,Wang H J,Liu X W,et al.Effect of nonmetallic addi- 1424)鞠会霞等: 含铁硅酸盐矿物重构与选择性回收 ( 乔吉波,温和平,朱冰龙,等. 大红山铁矿选厂中矿再选工 艺试验研究. 矿冶,2014,23( 2) : 45) [5] Hu B H. Study on new re-concentration recovery technology of tailings after magnetic separation. Met Mine,2009( 11) : 183 ( 胡壁辉. 磁选尾矿回收再选新工艺. 金属矿山,2009( 11) : 183) [6] Zhang G Q. Test research on tailings re-concentration in Diaojun￾tai concentrator. Met Mine,2006( 7) : 77 ( 张国庆. 调军台选矿厂尾矿再选试验研究. 金属矿山,2006 ( 7) : 77) [7] Wang K S,Deng Q S,Song K,et al. Tailings re-concentration tests for Lunan Mining Company. Met Mine,2004( 10) : 354 ( 王坤胜,邓庆山,宋坤,等. 鲁南矿业公司尾矿回选试验. 金属矿山,2004( 10) : 354) [8] Lü X J,Lian M J. Progress in tailings disposal technology for met￾al mines. Met Mine,2005( 8) : 1 ( 吕宪俊,连民杰. 金属矿山尾矿处理技术进展. 金属矿山, 2005( 8) : 1) [9] Hu W T,Wang H J,Sun C Y,et al. Direct reduction-leaching process for high ferric bauxite. J Univ Sci Technol Beijing,2012: 34( 5) : 506 ( 胡文韬,王化军,孙传尧,等. 高铁铝土矿直接还原-溶出工 艺研究. 北京科技大学学报,2012,34( 5) : 506) [10] Hu W T,Wang H J,Liu X W,et al. Effect of nonmetallic addi￾tives on iron grain grindability. Int J Miner Process,2014,130: 108 [11] He Y,Wang H J,Sun T C,et al. The function and mechanism of an aidant reducer in the deep reduction process of iron ore. J Harbin Eng Univ,2011,32( 12) : 1630 ( 何洋,王化军,孙体昌,等. 铁矿石深度还原过程中助还原 剂的作用及机理. 哈尔滨工程大学学报,2011,32 ( 12 ) : 1630) [12] Hu W T,Liu X W,Wang H J,et al. Correlation between aggre￾gation structure and tailing mineral crystallinity. Int J Miner Met￾all Mater,2014,21( 9) : 845 [13] He Y,Wang H J,Sun T C,et al. Function and mechanism of assistant reducers in iron recovery by the direct reduction in tun￾nel kilns of hematite. J Univ Sci Technol Beijing,2012,34( 6) : 625 ( 何洋,王化军,孙体昌,等. 赤铁矿石隧道窑直接还原助还 原剂的作 用 及 机 理. 北京科技大学学报,2012,34 ( 6 ) : 625) [14] Hu W T,Wang H J,Liu X W,et al. Monomer dissociation characteristics and selective recovery technology of micro-fine i￾ron particles. J Univ Sci Technol Beijing,2013: 35( 11) : 1424 ( 胡文韬,王化军,刘欣伟,等. 微细铁颗粒的单体解离特 性和选择性回收工艺. 北京科技大学学报,2013: 35( 11) : 1424) ·1275·
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