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第7期 梁红玉等：Si合金快速等轴凝固界面响应函数及组织选择 877. (刘东明，赵九洲，叶恒强.喷射成形中金属液滴凝固过程的计 学，2002,32.577) 算机模拟-金属学报，2003,39(4)：375) [12]Liu C.Su Y Q.Li X Z.et al.Microstructure evolution of Ti- [5]Fu HZ,Li X Z.Liu C.et al.Directional solidification and mi- (4-50)Al alloys during directional peritectie solidification.Acta crostructure selection for Ti2Al peritectic alloy.Chin J Nonfer- Metall Sin.2005,41:260 rous Met,2005,15(4):195 (刘畅，苏彦庆，李新中，等.Ti一(A50)A川合金定向包晶凝固 (傅恒志，李新中，刘畅等.T2A!包晶合金定向凝固及组织选 过程中的组织演化·金属学报，2005,41：260) 择.中国有色金属学报，2005,15(4)：495) [13]Hu H Q.Fundamentals of Metal Solidification.2nd Ed.Bei- [6]Li S M.Ma BL.LiX L.et al.Phase competitive growth during jing:Mechanical Industry Press.2000:263 directional solidification.Sci China Ser E.2005.35:479 (胡汉起·金属凝固原理.2版.北京：机械工业出版社，2000： (李双明，马伯乐，李晓历，等.定向凝固下共晶合金中相的竞争 263) 生长.中国科学E辑，2005,35：479) [14]Grant PS.Cantor B.Katerman L.Modeling of droplet dynamic [7]Suk M J.Choi G H.Moon I H.Formation of halo in Sb-InSb and and thermal histories during spray forming I:Individual droplet Sn-Bi eutectic alloy systems.JCryst Growth.1992.123:5 behavior.Acta Metall Mater,1993.41(11):3109 [8]Suk M J.Leonartz K J.Halo growth during unidirectional solidifi- 115]Xu Q,Lavernia E J.Influence of nucleation and growth phe- cation of camphornaphthalene eutectic system.Cryst Growth, nomena on microstructural evolution during droplet-based deposi- 2000,213:141 tion.Acta Mater,2001,49(18):3849 [9]Umeda T,OkaneT,Kurz W.Phase selection during solidification [16]Magnin P.Trivedi R.Eutectic growth:A modification of the of peritectic alloys.Acta Mater.1996.44:4209 Jackson and Hunt theory.Acta Metall Mater,1991,39(4): [10]Kurz W.Trivedi R.Banded solidification microstructures.Met- 453 all Mater Trans A,1996,27:625 [17]Kurz W,Fisher DJ.Fundamentals of Solidification.3rd Ed. [11]Huang W D.Lin X.Wang M.et al.Morphology and phases Switzerland:Trans Tech Publications Ltd,1989:292 selection for peritectic solidification.Sei China Ser E.2002, [18]Huang JR.Phase Diagrams for Cast Alloys.Beijing:Mechani- 32:577 cal Industry Press.1980:11 (黄卫东，林鑫，王猛，等.包晶凝固的形态与相选择.中国科 (黄积荣.铸造合金相图谱.北京：机械工业出版社，1980：11) (上接第820页) tundishes.Ironmaking Steelmaking.1986.13(5):241 [4]Lopez Ramirez S.Barreto J D J.Palafox-Ramos J.et al.Model- [8]Zhong L C.Li B K.Zhu Y X.et al.Fluid flow in a four strand ing study of the influence of turbulence inhibitors on the molten bloom continuous casting tundish with different flow modifiers. steel flow,tracer dispersion,and inclusion trajectories in tundish- 1SJ1t,2007,47(1):88 es.Metall Mater Trans B.2001.32:615 [9]Zheng S G.Zhu M Y.Optimisation of baffles in six strand round [5]Solorio-Diaz G.Morales R D.Palafox-Ramos J,et al.Modeling bloom continuous casting:a physical modeling study Ironmaking the effects of a swirling flow on temperature stratification of liquid Steelmaking.2006.33(5):398 steel and flotation of inclusions in a tundish.ISIJ Int,2005,45 [10]Wang JJ.Peng S H,Xiao Z Q.Full flow model for analysis on (8):1129 flow pattern in multi-strand tundish.Steelmaking,1998(5): [6]Sahai Y.Toshihiko E M I.Melt flow characterization in continu- 27 ous casting tundishes.ISIJ Int,1996.36(6):667 (王建军，彭世恒，肖泽强·多流中间包流动特征分析的全流 [7]Sahai Y.Ahuja R.Fluid flow and mixing of melt in steelmaking 量模型，炼钢，1998(5)：27)（刘东明赵九洲叶恒强．喷射成形中金属液滴凝固过程的计 算机模拟．金属学报200339（4）：375） ［5］ Fu H ZLi X ZLiu Cet al．Directional solidification and microstructure selection for Ti2Al peritectic alloy．Chin J Nonferrous Met200515（4）：495 （傅恒志李新中刘畅等．Ti2Al 包晶合金定向凝固及组织选 择．中国有色金属学报200515（4）：495） ［6］ Li S MMa B LLi X Let al．Phase competitive growth during directional solidification．Sci China Ser E200535：479 （李双明马伯乐李晓历等．定向凝固下共晶合金中相的竞争 生长．中国科学 E 辑200535：479） ［7］ Suk M JChoi G HMoon I H．Formation of halo in Sb-InSb and Sn-Bi eutectic alloy systems．J Cryst Growth1992123：5 ［8］ Suk M JLeonartz K J．Halo growth during unidirectional solidification of camphor-naphthalene eutectic system．J Cryst Growth 2000213：141 ［9］ Umeda TOkane TKurz W．Phase selection during solidification of peritectic alloys．Acta Mater199644：4209 ［10］ Kurz WTrivedi R．Banded solidification microstructures．Metall Mater T rans A199627：625 ［11］ Huang W DLin XWang Met al．Morphology and phases selection for peritectic solidification．Sci China Ser E2002 32：577 （黄卫东林鑫王猛等．包晶凝固的形态与相选择．中国科 学200232：577） ［12］ Liu CSu Y QLi X Zet al．Microstructure evolution of T-i （4-50）Al alloys during directional peritectic solidification．Acta Metall Sin200541：260 （刘畅苏彦庆李新中等．Ti—（44—50）Al 合金定向包晶凝固 过程中的组织演化．金属学报200541：260） ［13］ Hu H Q．Fundamentals of Metal Solidification．2nd Ed．Beijing：Mechanical Industry Press2000：263 （胡汉起．金属凝固原理．2版．北京：机械工业出版社2000： 263） ［14］ Grant P SCantor BKaterman L．Modeling of droplet dynamic and thermal histories during spray forming I：Individual droplet behavior．Acta Metall Mater199341（11）：3109 ［15］ Xu QLavernia E J．Influence of nucleation and growth phenomena on microstructural evolution during droplet-based deposition．Acta Mater200149（18）：3849 ［16］ Magnin PTrivedi R．Eutectic growth：A modification of the Jackson and Hunt theory．Acta Metall Mater199139（4）： 453 ［17］ Kurz WFisher D J．Fundamentals of Solidification．3rd Ed． Switzerland：Trans Tech Publications Ltd1989：292 ［18］ Huang J R．Phase Diagrams for Cast Alloys．Beijing：Mechanical Industry Press1980：11 （黄积荣．铸造合金相图谱．北京：机械工业出版社1980：11） （上接第820页） ［4］ López Ramirez SBarreto J D JPalafox-Ramos Jet al．Modeling study of the influence of turbulence inhibitors on the molten steel flowtracer dispersionand inclusion trajectories in tundishes．Metall Mater T rans B200132：615 ［5］ Solorio-Diaz GMorales R DPalafox-Ramos Jet al．Modeling the effects of a swirling flow on temperature stratification of liquid steel and flotation of inclusions in a tundish．ISIJ Int200545 （8）：1129 ［6］ Sahai YToshihiko E M I．Melt flow characterization in continuous casting tundishes．ISIJ Int199636（6）：667 ［7］ Sahai YAhuja R．Fluid flow and mixing of melt in steelmaking tundishes．Ironmaking Steelmaking198613（5）：241 ［8］ Zhong L CLi B KZhu Y Xet al．Fluid flow in a four-strand bloom continuous casting tundish with different flow modifiers． ISIJ Int200747（1）：88 ［9］ Zheng S GZhu M Y．Optimisation of baffles in six strand round bloom continuous casting：a physical modeling study．Ironmaking Steelmaking200633（5）：398 ［10］ Wang J JPeng S HXiao Z Q．Full flow model for analysis on flow pattern in mult-i strand tundish．Steelmaking1998（5）： 27 （王建军彭世恒肖泽强．多流中间包流动特征分析的全流 量模型．炼钢1998（5）：27） 第7期 梁红玉等： Al－Si 合金快速等轴凝固界面响应函数及组织选择 ·877·