正在加载图片...
·1026 工程科学学报,第40卷,第9期 (知水,张秉英,高峰,等.不锈钢喷粉脱磷的工艺研究.钢 预报.钢铁,2012,47(3):34) 铁研究总院学报,1987,7(1):1) [46]Zhang C.Effect of ladle refining technique on yielding rate of VN B8] Lu C H,Wu H N.Yang YZ.Optimizing the pre deoxidation alloy.Iron Steel Van Tit,2003,24(4):44 process and reduce process cost.Heavy Cast Forg,2006(2):29 (张晨.钢包精炼工艺对钒氮合金收得率的影响.钢铁钒钛, (陆长河,吴虎男,杨云志.优化预脱氧工艺降低工艺成本 2003,24(4):44) 大型铸锻件,2006(2):29) [47]Wei C X,Li J X,Zhang Y,et al.Factors affecting yield of alloy B9]Zhang Y Q.The Study on Morphological Control of Inclusion in ANS-OB ladle refining process and prevention.Steelmaking, using Mg-Treatment in Si-Mn Deoxidized Steel [Dissertation]. 2003,19(2):26 Shenyang:Northeastern University,2014 (魏春新,李纪祥,张越,等.影响ANS-OB精炼合金收得率 (张永启.镁处理对硅锰脱氧钢中夹杂物形态控制的研究 的因素及对策.炼钢,2003,19(2):26) [学位论文].沈阳:东北大学,2014) 48]Lai Y,Zou J Z.Practice on deoxidization and alloying process 40]Ohta H,Suito H.Characteristics of particle size distribution of with silicon-manganese and aluminium-manganese.Jiangxi deoxidation products with Mg,Zr,Al,Ca,Si/Mn and Mg/Al in Metall,.2005,25(4):18 Fe-10mass%Ni alloy.ISIJ Int,2006,46(1)14 (赖云,邹锦忠.硅锰和铝锰脱氧合金化实践.江西治金, 41]Wang J X,Chen X R.Research on the yield of Mo of 316L 2005,25(4):18) stainless steel smelted by molybdenum oxide in AOD furnace. [49] Chai L T,Ren J B,Sun Q M.Production practice about SiC Word Iron Steel,2013(6)43 instead of FeSi and carburant /Proceedings of 2012 Steelmak- (王建新,陈兴润.用氧化钼球在A0D炉冶炼316L不锈钢 ing-Continuous Casting in China.Chongqing,2012:784 时钼的收得率研究.世界钢铁,2013(6):43) (柴丽涛,任剑波,孙巧梅.使用SiC替代部分FSi和增碳 42]Wang M,Bao Y P,Yang Q.Effect of ferro-titanium alloying 剂的生产实践/12012年全国炼钢一连铸生产技术会论文 process on steel cleanness.J Unin Sci Technol Beijing,2013,35 集.重庆,2012:784) (6):725 [50]Zhu Q J.The research of pure calcium cored wire instead of alloy (王敏,包燕平,杨荃.钛合金化过程对钢液洁净度的影响 in steelmaking progress.Gansu Metall,2013,35(4):11 北京科技大学学报,2013,35(6):725) (朱秋菊.纯钙包芯线在转炉炼钢中合金替代的研究.甘肃 43]Li S.Production of subway wheel steel ER7 with microalloying of 治金,2013,35(4):11) vanadium and chromium.fron Steel Van Tit,2016,37(4):157 [51]Zhang S L,Li H F,Wu B S,et al.The production application (李澍.钒、铬微合金化地铁车轮用ER7钢的生产实践.钢 of residual chromium element replacing some partial manganese 铁钒钛,2016,37(4):157) element in the steel/Proceedings of 2014 Steelmaking-Continu- 44]Zhang S Y,Bao Y P,Zhang C J,et al.Prediction model of alu- ous Casting in China.Tangshan,2014:160 minum consumption with BP neural networks in IF steel produc- (张胜利,李海峰,吴本胜,等.钢中残余铬替代部分锰的生 tion.Chin J Eng,2017,39(4)511 产应用/12014年全国炼钢-连铸生产技术会论文集.唐山, (张思源,包燕平,张超杰,等.BP神经网络F钢铝耗的预 2014:160) 测模型.工程科学学报,2017,39(4):511) [52]Gu J,Chen J.Hot rolled HRB400 bars by V-N micro alloyed 45]Xu Z,Mao Z Z.Analysis and prediction of influencing factor on steel.Shanghai Met,2005,27(2):29 element recovery in ladle furnace.Iron Steel,2012,47(3):34 (颐俭,陈洁.钒氮微合金钢生产热轧Ⅲ级钢筋.上海金属, (徐桔,毛志忠.钢包精炼炉元素收得率的影响因素分析及 2005,27(2):29)工程科学学报,第 40 卷,第 9 期 ( 知水,张秉英,高峰,等. 不锈钢喷粉脱磷的工艺研究. 钢 铁研究总院学报,1987,7( 1) : 1) [38] Lu C H,Wu H N,Yang Y Z. Optimizing the pre deoxidation process and reduce process cost. Heavy Cast Forg,2006( 2) : 29 ( 陆长河,吴虎男,杨云志. 优化预脱氧工艺降低工艺成本. 大型铸锻件,2006( 2) : 29) [39] Zhang Y Q. The Study on Morphological Control of Inclusion using Mg--Treatment in Si--Mn Deoxidized Steel [Dissertation]. Shenyang: Northeastern University,2014 ( 张永启. 镁处理对硅锰脱氧钢中夹杂物形态控制的研究 [学位论文]. 沈阳: 东北大学,2014) [40] Ohta H,Suito H. Characteristics of particle size distribution of deoxidation products with Mg,Zr,Al,Ca,Si /Mn and Mg /Al in Fe--10mass% Ni alloy. ISIJ Int,2006,46( 1) : 14 [41] Wang J X,Chen X R. Research on the yield of Mo of 316L stainless steel smelted by molybdenum oxide in AOD furnace. Word Iron Steel,2013( 6) : 43 ( 王建新,陈兴润. 用氧化钼球在 AOD 炉冶炼 316L 不锈钢 时钼的收得率研究. 世界钢铁,2013( 6) : 43) [42] Wang M,Bao Y P,Yang Q. Effect of ferro-titanium alloying process on steel cleanness. J Univ Sci Technol Beijing,2013,35 ( 6) : 725 ( 王敏,包燕平,杨荃. 钛合金化过程对钢液洁净度的影响. 北京科技大学学报,2013,35( 6) : 725) [43] Li S. Production of subway wheel steel ER7 with micro-alloying of vanadium and chromium. Iron Steel Van Tit,2016,37( 4) : 157 ( 李澍. 钒、铬微合金化地铁车轮用 ER7 钢的生产实践. 钢 铁钒钛,2016,37( 4) : 157) [44] Zhang S Y,Bao Y P,Zhang C J,et al. Prediction model of alu￾minum consumption with BP neural networks in IF steel produc￾tion. Chin J Eng,2017,39( 4) : 511 ( 张思源,包燕平,张超杰,等. BP 神经网络 IF 钢铝耗的预 测模型. 工程科学学报,2017,39( 4) : 511) [45] Xu Z,Mao Z Z. Analysis and prediction of influencing factor on element recovery in ladle furnace. Iron Steel,2012,47( 3) : 34 ( 徐喆,毛志忠. 钢包精炼炉元素收得率的影响因素分析及 预报. 钢铁,2012,47( 3) : 34) [46] Zhang C. Effect of ladle refining technique on yielding rate of VN alloy. Iron Steel Van Tit,2003,24( 4) : 44 ( 张晨. 钢包精炼工艺对钒氮合金收得率的影响. 钢铁钒钛, 2003,24( 4) : 44) [47] Wei C X,Li J X,Zhang Y,et al. Factors affecting yield of alloy in ANS--OB ladle refining process and prevention. Steelmaking, 2003,19( 2) : 26 ( 魏春新,李纪祥,张越,等. 影响 ANS--OB 精炼合金收得率 的因素及对策. 炼钢,2003,19( 2) : 26) [48] Lai Y,Zou J Z. Practice on deoxidization and alloying process with silicon-manganese and aluminium-manganese. Jiangxi Metall,2005,25( 4) : 18 ( 赖云,邹锦忠. 硅锰和铝锰脱氧合金化实践. 江西冶金, 2005,25( 4) : 18) [49] Chai L T,Ren J B,Sun Q M. Production practice about SiC instead of FeSi and carburant / / Proceedings of 2012 Steelmak￾ing-Continuous Casting in China. Chongqing,2012: 784 ( 柴丽涛,任剑波,孙巧梅. 使用 SiC 替代部分 FeSi 和增碳 剂的生产实践 / / 2012 年全国炼钢--连铸生产技术会论文 集. 重庆,2012: 784) [50] Zhu Q J. The research of pure calcium cored wire instead of alloy in steelmaking progress. Gansu Metall,2013,35( 4) : 11 ( 朱秋菊. 纯钙包芯线在转炉炼钢中合金替代的研究. 甘肃 冶金,2013,35( 4) : 11) [51] Zhang S L,Li H F,Wu B S,et al. The production application of residual chromium element replacing some partial manganese element in the steel / / Proceedings of 2014 Steelmaking-Continu￾ous Casting in China. Tangshan,2014: 160 ( 张胜利,李海峰,吴本胜,等. 钢中残余铬替代部分锰的生 产应用 / / 2014 年全国炼钢--连铸生产技术会论文集. 唐山, 2014: 160) [52] Gu J,Chen J. Hot rolled HRB400 bars by V--N micro alloyed steel. Shanghai Met,2005,27( 2) : 29 ( 顾俭,陈洁. 钒氮微合金钢生产热轧Ⅲ级钢筋. 上海金属, 2005,27( 2) : 29) · 6201 ·
<<向上翻页
©2008-现在 cucdc.com 高等教育资讯网 版权所有