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·688 工程科学学报,第40卷,第6期 机理研究.北京科技大学学报,2011,33(11):1325) [19]Huang Z C.Zhu W,Li Y T,et al.Rapid reduction and mag- Sun T C,Qin X M,Hu X P,et al.Grain growth and cleavage netic separation of low-grade microfine hematite ore.Sinter Pelle- characteristics of metallic phase indirect reduction of a low-grade ti,2017,42(1):14 iron ore.J Univ Sci Technol Beijing,2011,33(9):1048 (黄柱成,朱顺伟,李依桐,等.内配煤对低品位微细粒赤铁 (孙体昌,秦晓萌,胡学平,等.低品位铁矿石直接还原过程 矿还原与磁选分离的影响.烧结球团,2017,42(1):14) 铁颗粒生长和解离特性.北京科技大学学报,2011,33(9): D0]Huang Z C,Dan C L,Zhong R H,et al.Experimental research 1048) on micro-fine hematite direct reduction with Si0,addition.J fron [8]Huang Z C,Wen L M,Zhong R H,et al.Reduction roasting-ow Steel Res,2016,28(12):9 intensity magnetic separation of lean hematite in Hunan.Met Min, (黄柱成,但从林,钟荣海,等.微细粒赤铁矿配加SO,直接 2015(12):50 还原试验.钢铁研究学报,2016,28(12):9) (黄柱成,文亮明,钟荣海,等.湖南某贫赤铁矿石还原培烧一 221]Fu J Y,Jiang T,Zhu D Q.The Subject of Sintering and Pelleti- 弱磁选试验.金属矿山,2015(12):50) zing.Changsha:Central South University of Technology Press, 9]Tantai HX.Demand for iron ore and coal in coal based rotary kiln 1996 of direct reduction.Ironmaking,1988(6):37 (傅菊英,姜涛,朱德庆.烧结球团学.长沙:中南工业大学 (澹台恒心.煤基回转窑直接还原对铁矿石和煤的要求.炼 出版社,1996) 铁,1988(6):37) 22]Zheng G J.Chemical analysis method standards and proficiency [10]Ye K W.Prevention and elimination of rotary kiln ringing.Sinter testing of lahoratory for iron ore.Metall Anal,2015,35(2):37 Pelletiz,1998,23(6):32 (郑国经.铁矿石化学分析方法标准及实验室能力验证.治 (叶匡吾.回转窑结图的防止和消除.烧结球团,1998,23 金分析,2015,35(2):37) (6):32) 23]Li J L,Gu L,Dun L.Introduction to the coal industrial analy- [1]Guo G X.The ring forming factors and prevention in reduction of sis.Henan Build Mater,2015(4):49 rotary kiln.Sichuan Metall,1985(3):18 (李筠乐,顾蕾,顿磊.浅谈煤的工业分析.河南建材,2015 (郭光新.还原回转窑内结图的形成因素及其预防.四川治 (4):49) 金,1985(3):18) 24]General Administration of Quality Supervision,Inspection and [12]Liang W C.Cheng GZ,Liu S G.The mechanism of ring form- Quarantine of the People's Republic of China,Standardization ing for sodiumtranslated pellet of Panzhihua ore in reduction rota- Administration of the People's Republic of China.GB/T1574- ry kiln.Iron Steel Van Tit,1984(1):15 2007 Test Method for Analysis of Coal Ash.Beijing:Standards (粱文阁,陈广志,刘淑桂.回转炉还原攀矿钠化球团的结 Press of China,2008 圈机理.钢铁钒钛,1984(1):15) (中华人民共和国国家质量监督检验检疫总局,中国国家标 [13]Xu G,Liu S L.On how to reduct titanium mine into slag-off in 准化管理委员会.GB/T1574一2007煤灰成分分析方法.北 rotatig stove.J Chongging Polytech College,2004,19(1):4 京:中国标准出版社,2008) (徐刚,刘松利.钛精矿回转窑直接还原过程结圈问题的讨 25] Ma Y J.Study the Effect of Additives on the Fusibility of Coal Ash 论.重庆工业高等专科学校学报,2004,19(1):4) and its Mechanism form A Mineralogical Point of View [Disserta- [14]Wang ZZ.The experimental study on ringing prevention of direct tion].Taiyuan:Taiyuan University of Technology,2012 reduction in rotary kiln.Sinter Pelletiz,1993(6):24 (马永静.矿物学角度研究添加剂对煤灰熔融性的作用及其 (王旨中.防止直接还原回转窑结窑的试验研究.烧结球团, 机理[学位论文].太原:太原理工大学,2012) 1993(6):24) D26]Nie X L.Influence of F,K,Na and Coal Ash on the Properties of [15]Zhou Q G.Coal-based direct reduced iron ring forming mecha- the Ring in Acid Pellet Rotary Kiln [Dissertation].Baotou:Innet nism and the control in the process of production in rotary kiln// Mongolia University of Science and Technology,2015 11th Academic Conference of Ironmaking Raw Material in China. (聂小龙.F、K、Na及煤灰对氧化球团回转窑结圈性能的影 Rizhao,2009:179 响[学位论文].包头:内蒙古科技大学,2015) (周庆刚.煤基直接还原铁回转窑结圈机理及生产过程中的 [27] Qi L W,Wang B,Ma W,et al.Study on influences of firing 控制/第十一届全国炼铁原料学术会议论文集.日照, coal quality on ringing of rotary kiln.Sinter Pelletiz,2016,41 2009:179) (1):28 [16]Zhang Z X,Wu X J.Zhou T,et al.The effect of iron-bearing (齐立伟,王斌,马文,等.燃煤品质对回转窑结圈影响的研 mineral melting behavior on ash deposition during coal combus- 究.烧结球团,2016,41(1):28) tion.Proc Combust Inst,2011,33(2)2853 8]Xu G T,Li W,Chen X D,et al.Study on ring-forming reasons [17]Wall T F.Mineral matter transformations and ash deposition in and refractories used for large-scale grate-kiln.Res fron Steel, pulverised coal combustion.Symp (Int)Combust,1992,24 2009,37(6):34) (1):1119 (徐国涛,李伟,陈向东,等.大型链蓖机一回转窑结圈原因 [18]Huffman G P,Huggins F E,Dunmyre G R.Investigation of the 及炉衬用耐火材料研究.钢铁研究,2009,37(6):34) high-emperature behaviour of coal ash in reducing and oxidizing [29]JiangT,He G Q,Gan M,et al.Forming mechanism of rings in atmospheres.Fuel,1981,60(7):585 rotary-kiln for oxidized pellet.J Iron Steel Res Int,2009,16:工程科学学报,第 40 卷,第 6 期 机理研究. 北京科技大学学报,2011,33( 11) : 1325) [7] Sun T C,Qin X M,Hu X P,et al. 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The mechanism of ring form￾ing for sodiumtranslated pellet of Panzhihua ore in reduction rota￾ry kiln. Iron Steel Van Tit,1984( 1) : 15 ( 梁文阁,陈广志,刘淑桂. 回转炉还原攀矿钠化球团的结 圈机理. 钢铁钒钛,1984( 1) : 15) [13] Xu G,Liu S L. On how to reduct titanium mine into slag-off in rotatig stove. J Chongqing Polytech College,2004,19( 1) : 4 ( 徐刚,刘松利. 钛精矿回转窑直接还原过程结圈问题的讨 论. 重庆工业高等专科学校学报,2004,19( 1) : 4) [14] Wang Z Z. The experimental study on ringing prevention of direct reduction in rotary kiln. Sinter Pelletiz,1993( 6) : 24 ( 王旨中. 防止直接还原回转窑结窑的试验研究. 烧结球团, 1993( 6) : 24) [15] Zhou Q G. Coal-based direct reduced iron ring forming mecha￾nism and the control in the process of production in rotary kiln / / 11th Academic Conference of Ironmaking Raw Material in China. Rizhao,2009 : 179 ( 周庆刚. 煤基直接还原铁回转窑结圈机理及生产过程中的 控制 / / 第十一届全国炼铁原料学术会议论文集. 日 照, 2009: 179) [16] Zhang Z X,Wu X J,Zhou T,et al. The effect of iron-bearing mineral melting behavior on ash deposition during coal combus￾tion. 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