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.1012, 北京科技大学学报 第31卷 [18]Du Y,Chang Y A.Huang B Y,et al.Diffusion coefficients of of the dissolution and melting of Al2Cu phase in Al-Si alloys dur- some solutes in fec and liquid Al:critical evaluation and correla- ing solution heat treatment.Metall Mater Trans A.1996.27: tion.Mater Sci Eng A.2003.363:140 1785 [19]Liang X,Lavernia E J.Solidification and microstructure evolu- [22]Srivastava A K.Srivastava V C.Gloter A.et al.Microstrue- tion during spray atomization and deposition of NisAl.Mater Sci tural features induced by spray processing and hot extrusion of an EmgA,1993,161:221 Al-18%Si-5%Fe-1.5%Cu alloy.Acta Mater.2006,54:1741 [20]Mondolfo L F.Aluminium Alloys:Structure and Properties. [23]Belov N A.Eskin D G.Aksenov AA.Multicomponent Phase London-Boston:Butterworths,1976 Diagram:Applications for Commercial Aluminum Alloys. [21]Samuel A M.Gauthier J.Samuel F H.Microstructural aspects Amsterdam:Elsevier,2005:97 (上接第977页) [5]Inoue S,Furuno Y.Usui T,et al.Acceleration of decarburiza Trans Iron Steel Inst Jpn.1988.28(4):305 tion in RH vacuum degassing process.ISIJ Int.1992.32(1): [8]Takahashi M.Matsumoto H.Saito T.Mechanism of decarbur 120 ization in RH degasser.ISIJ Int.1995.35(12):1452 [6]Harashima K.MizoguchiS,Matsuo M,et al.Rates of nitrogen [9]Zhang L F.Xu Z B.Zhu L X.et al.A model for predicting oxy- and carbon removal from liquid iron in low content region under gen content of steel in the process of RH treatment.Eng Chem reduced pressures.ISIJ Int.1992.32(1):111 Metall,1997,18(4):367 [7]Kuwabara T,Umezawa K.Mori K,et al.Investigation of decar- (张立蜂，许中波，朱立新，等，RH真空处理过程中钢中氧含 burization behavior in RH reactor and its operation improvement. 量预测模型.化工治金，1997,18(4)：367)［18］ Du YChang Y AHuang B Yet al．Diffusion coefficients of some solutes in fcc and liquid Al：critical evaluation and correlation．Mater Sci Eng A2003363：140 ［19］ Liang XLavernia E J．Solidification and microstructure evolution during spray atomization and deposition of Ni3Al．Mater Sci Eng A1993161：221 ［20］ Mondolfo L F．Aluminium Alloys：Structure and Properties． London-Boston：Butterworths1976 ［21］ Samuel A MGauthier JSamuel F H．Microstructural aspects of the dissolution and melting of Al2Cu phase in A-l Si alloys during solution heat treatment．Metall Mater T rans A199627： 1785 ［22］ Srivastava A KSrivastava V CGloter Aet al．Microstructural features induced by spray processing and hot extrusion of an A-l18％S-i5％Fe-1．5％Cu alloy．Acta Mater200654：1741 ［23］ Belov N AEskin D GAksenov A A．Multicomponent Phase Diagram： Applications for Commercial Aluminum Alloys． Amsterdam：Elsevier2005：97 （上接第977页） ［5］ Inoue SFuruno YUsui Tet al．Acceleration of decarburization in RH vacuum degassing process．ISIJ Int199232（1）： 120 ［6］ Harashima KMizoguchi SMatsuo Met al．Rates of nitrogen and carbon removal from liquid iron in low content region under reduced pressures．ISIJ Int199232（1）：111 ［7］ Kuwabara TUmezawa KMori Ket al．Investigation of decarburization behavior in RH reactor and its operation improvement． T rans Iron Steel Inst Jpn198828（4）：305 ［8］ Takahashi MMatsumoto HSaito T．Mechanism of decarburization in RH degasser．ISIJ Int199535（12）：1452 ［9］ Zhang L FXu Z BZhu L Xet al．A model for predicting oxygen content of steel in the process of RH treatment．Eng Chem Metall199718（4）：367 （张立峰许中波朱立新等．RH 真空处理过程中钢中氧含 量预测模型．化工冶金199718（4）：367） ·1012· 北 京 科 技 大 学 学 报 第31卷