正在加载图片...
◆184 北京科技大学学报 第33卷 杂物容易在铸锭中下部聚集 lishing Limited.Cambridge,1955:105 [7]Huo X Y.Factors affecting isotropy of H13 hot die steel./ron 参考文献 Steel Res,2008.20(11):47 [1]Lou P J.Wang Y M,Hua Q.et al.Study on cast properties of H- (霍晓阳.影响H13热作模具钢等向性的因素.钢铁研究学 13 cast steel.Spec Cast Nonferrous Alloys.1997,27(5):18 报,2008.20(11):47) (楼培炯,王逸民,华勒,等.H3钢铸造性能的研究.特种铸 [8]Liu J H.Cui H.Bao Y P,et al.Key technologies for high grade 造及有色合金,1997,27(5):18) pipeline refining.J Unie Sci Technol Beijing,2009.32(Suppl 1):1 [2]Wang P.Zhang J J.Hu Y M.The application of H13 steel.Die (刘建华,崔衡,包燕平.高级别管线钢治炼关键技术分析北 Mould Manuf.2007(12)1 京科技大学学报,2009,31(增刊1):1) (王鹏.张杰江,胡亚民.H13钢的应用现状.模具制造,2007 [9]Chen ZZ.Ma D S.Analysis of development strategy for national (12):1) die steel industry.Iron Steel.2006.41(4):5 [3]Zong Y P,Hao S M.Wang JJ.The effect of various secondary re- (陈再枝,马党参.我国模具钢的发展战略分析.钢铁,2006, fining methods on the thermal-fatigue behavior of die steel H13. 41(4):5) Mater Mech Eng.1992,16(3):50 [10]Xu L P.Wu X C.Li L,et al.Consideration on the standards of (宗亚平,郝士明,王继杰.不同精炼工艺对模具钢热疲劳性 domestic die steel.Shanghai Met,2004,26(2):124 能的影响.机械工程材料,1992,16(3):50) (许珞萍,吴晓春,李麟,等.我国模具钢标准的思考.上海金 [4]Cai F.Du G H.Qiu DQ.Analysis on microstructure and metal- 属,2004,26(2):124) lurgical quality for D2 cold-worked die steel.Heat Treat Met, [11]Dong L R.Liu X H.Wei Y.Research on the mechanism for the 2000.25(4):11 accumulation of large oxide inclusions in the bottom of ingots.J (蔡芳,杜光华,邱德卿.冷作模具钢D2的显微组织和冶金质 Beijing Unir Iron Steel Technol.1986.5(1):93 量分析.金属热处理,2000,25(4):11) (董履仁,刘新华,韦远.大型氧化物夹杂在钢锭底部锥中 [5]Zong Y P,Hao S M.Nonmetallic inclusions in H13 steels pro- 聚积机理的研究.北京钢铁学院学报,1986,5(1):93) duced by various secondary refining methods.Iron Steel,1993.28 [12]Nagendra T,Du S C.Non-metallic inclusions in the ingot and fi- (3):15 nal products of a medium-carbon tool steel.Scand J Metall, (宗亚平,郝士明.不同精炼工艺生产的模具钢中非金属夹杂 2004,33(6):362 物的研究.钢铁,1993,28(3):15) [13]Zhang L,Thomas B.State of the art in the control of inclusions [6]Verein Deutscher Eisenhittenleute.Slag Atlas.Woodhead Pub- during steel ingot casting.Meall Mater Trans B,2006,37:733北 京 科 技 大 学 学 报 第 33 卷 杂物容易在铸锭中下部聚集. 参 考 文 献 [1] Lou P J,Wang Y M,Hua Q,et al. Study on cast properties of H- 13 cast steel. Spec Cast Nonferrous Alloys,1997,27( 5) : 18 ( 楼培炯,王逸民,华勤,等. H-13 钢铸造性能的研究. 特种铸 造及有色合金,1997,27( 5) : 18) [2] Wang P,Zhang J J,Hu Y M. The application of H13 steel. Die Mould Manuf,2007( 12) : 1 ( 王鹏,张杰江,胡亚民. H13 钢的应用现状. 模具制造,2007 ( 12) : 1) [3] Zong Y P,Hao S M,Wang J J. The effect of various secondary re￾fining methods on the thermal-fatigue behavior of die steel H13. Mater Mech Eng,1992,16( 3) : 50 ( 宗亚平,郝士明,王继杰. 不同精炼工艺对模具钢热疲劳性 能的影响. 机械工程材料,1992,16( 3) : 50) [4] Cai F,Du G H,Qiu D Q. Analysis on microstructure and metal￾lurgical quality for D2 cold-worked die steel. Heat Treat Met, 2000,25( 4) : 11 ( 蔡芳,杜光华,邱德卿. 冷作模具钢 D2 的显微组织和冶金质 量分析. 金属热处理,2000,25( 4) : 11) [5] Zong Y P,Hao S M. Nonmetallic inclusions in H13 steels pro￾duced by various secondary refining methods. Iron Steel,1993,28 ( 3) : 15 ( 宗亚平,郝士明. 不同精炼工艺生产的模具钢中非金属夹杂 物的研究. 钢铁,1993,28( 3) : 15) [6] Verein Deutscher Eisenhüttenleute. Slag Atlas. Woodhead Pub￾lishing Limited,Cambridge,1955: 105 [7] Huo X Y. Factors affecting isotropy of H13 hot die steel. J Iron Steel Res,2008,20( 11) : 47 ( 霍晓阳. 影响 H13 热作模具钢等向性的因素. 钢铁研究学 报,2008,20( 11) : 47) [8] Liu J H,Cui H,Bao Y P,et al. Key technologies for high grade pipeline refining. J Univ Sci Technol Beijing,2009,32( Suppl 1) : 1 ( 刘建华,崔衡,包燕平. 高级别管线钢冶炼关键技术分析. 北 京科技大学学报,2009,31( 增刊 1) : 1) [9] Chen Z Z,Ma D S. Analysis of development strategy for national die steel industry. Iron Steel,2006,41( 4) : 5 ( 陈再枝,马党参. 我国模具钢的发展战略分析. 钢铁,2006, 41( 4) : 5) [10] Xu L P,Wu X C,Li L,et al. Consideration on the standards of domestic die steel. Shanghai Met,2004,26( 2) : 124 ( 许珞萍,吴晓春,李麟,等. 我国模具钢标准的思考. 上海金 属,2004,26( 2) : 124) [11] Dong L R,Liu X H,Wei Y. Research on the mechanism for the accumulation of large oxide inclusions in the bottom of ingots. J Beijing Univ Iron Steel Technol,1986,5( 1) : 93 ( 董履仁,刘新华,韦远. 大型氧化物夹杂在钢锭底部锥中 聚积机理的研究. 北京钢铁学院学报,1986,5( 1) : 93) [12] Nagendra T,Du S C. Non-metallic inclusions in the ingot and fi￾nal products of a medium-carbon tool steel. Scand J Metall, 2004,33( 6) : 362 [13] Zhang L,Thomas B. State of the art in the control of inclusions during steel ingot casting. Meall Mater Trans B,2006,37: 733 ·184·
<<向上翻页
©2008-现在 cucdc.com 高等教育资讯网 版权所有