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.936. 工程科学学报,第40卷,第8期 [7]Masumitsu N,Ito K,Fruehan R J.Thermodynamics of Ca-CaF2 by solvent refining in Al-Si-P system.Metall Mater Trans B, and Ca-CaCl,systems for the dephosphorization of steel.Metall 2015,46(6):2430 Trans B,1988,19(4):643 [15]Li H Y,Sun Y,Bin J,et al.Effect of cerium on as-cast micro- [8]Ni R M,Cheng W,Wei S K.Study on dephosphorization of sili- structure and properties of heat-resistant aluminum conductor. co-manganese ferroalloy under reducing atmosphere with metallic Central S Unig Sci Technol,2011,42(10):3026 calcium.fron Steel,1989(9):49 (李红英,孙远,宾杰,等.C对耐热铝导体材料铸态组织 (倪瑞明,成武,魏寿昆.金属钙对硅锰合金脱磷的研究.钢 和性能的影响.中南大学学报(自然科学版),2011,42 铁,1989(9):49) (10):3026) [9]Zeng S L,Liu J,Li H.Experiments on outside fumace dephos- [16]Wu CJ,Cheng S W,Huang D Q.Grain-boundary segregation of phorization for ferromanganese-silicon.Ferro-alloys,2004(1):1 rare earths and phosphorus in hardened steel during tempering.J (曾世林,刘军,李辉.锰硅合金炉外脱磷试验研究.铁合金, Beijing Univ Iron Steel Technol,1980(1):85 2004(1):1) (吴承建,程述武,黄德清.稀土、磷等元素在淬火钢回火时 [10]Wen X S,Li H Y,Sun Y D.Application of reduction dephos- 的品界偏聚.北京钢铁学院学报,1980(1):85) phorization on low or extra low carbon ferro-manganese-silicon. [17]Liu X,Yang J C,Gao X Z.Effects of RE on the inclusions and Ferro-alloys,2011(2):1 impact toughness of 2Cr13 stainless steel.J Univ Sci Technol Bei- (闻昕舒,李海云,孙岩铎.低碳锰硅,微碳锰硅铁合金还原 img,2010,32(5):605 脱磷的应用.铁合金,2011(2):1) (刘晓,杨吉春,高学中.稀土对2C13不锈钢夹杂物的变质及 [11]Meteleva-Fischer Y,Yang Y,Boom R,et al.Alloying refining 对冲击韧性的影响.北京科技大学学报,2010,32(5):605) of metallurgical grade sillicon with rare earth elements /TMS [18]Shi L M,Zhu D Y,Luo X B.Investigation of the effect of rare- 2013.Texas,2013:201 earth element Ce on graphite spheroidization.Foundry Technol, [12]Tang K,Lovvik O M,Safarian J,et al.Removal of phosphorus 2008.29(10):1364 in metallurgical silicon by rare earth elements.Metall Mater (石丽敏,朱定一,罗晓斌.稀土元素C对石墨球化作用的 TrE,2014,1(3):257 研究.铸造技术,2008,29(10):1364) [13]Liang L K,Zhou H M,Yang H,et al.Possibility of using Ca- [19]Lu L,Zhu D Y,Wang C L.Effects of Mn and Ce additions on Al alloy in reductive dephosphorization.Iron Steel,1991,26 structures and properties of Fe-Ni-Mn-C-Si-Ce alloys.Chin J (6):16 Nonferrous Met,2007,17(6):909 (梁连科,周吴明,杨怀,等.Ca-A!合金在还原脱磷中应用 (卢铃,朱定一,汪才良.Mn和Ce对Fe-Ni-Mn-C-Si-Ce 的可能性.钢铁,1991,26(6):16) 系合金组织和性能的影响.中国有色金属学报,2007,17 [14]Ban B Y,Bai X L.Li J W,et al.The mechanism of P removal (6):909)工程科学学报,第 40 卷,第 8 期 [7] Masumitsu N, Ito K, Fruehan R J. Thermodynamics of Ca鄄鄄 CaF2 and Ca鄄鄄 CaCl2 systems for the dephosphorization of steel. Metall Trans B, 1988, 19(4): 643 [8] Ni R M, Cheng W, Wei S K. Study on dephosphorization of sili鄄 co鄄manganese ferroalloy under reducing atmosphere with metallic calcium. Iron Steel, 1989(9): 49 (倪瑞明, 成武, 魏寿昆. 金属钙对硅锰合金脱磷的研究. 钢 铁, 1989(9): 49) [9] Zeng S L, Liu J, Li H. Experiments on outside furnace dephos鄄 phorization for ferromanganese鄄silicon. Ferro鄄alloys, 2004(1): 1 (曾世林, 刘军, 李辉. 锰硅合金炉外脱磷试验研究. 铁合金, 2004(1): 1) [10] Wen X S, Li H Y, Sun Y D. Application of reduction dephos鄄 phorization on low or extra low carbon ferro鄄manganese鄄silicon. Ferro鄄alloys, 2011(2): 1 (闻昕舒, 李海云, 孙岩铎. 低碳锰硅、微碳锰硅铁合金还原 脱磷的应用. 铁合金, 2011(2): 1) [11] Meteleva鄄Fischer Y, Yang Y, Boom R, et al. Alloying refining of metallurgical grade sillicon with rare earth elements / / TMS 2013. Texas, 2013: 201 [12] Tang K, L覬vvik O M, Safarian J, et al. Removal of phosphorus in metallurgical silicon by rare earth elements. Metall Mater Trans E, 2014, 1(3): 257 [13] Liang L K, Zhou H M, Yang H, et al. Possibility of using Ca鄄鄄 Al alloy in reductive dephosphorization. Iron Steel, 1991, 26 (6): 16 (梁连科, 周昊明, 杨怀, 等. Ca鄄鄄Al 合金在还原脱磷中应用 的可能性. 钢铁, 1991, 26(6): 16) [14] Ban B Y, Bai X L, Li J W, et al. The mechanism of P removal by solvent refining in Al鄄鄄 Si鄄鄄 P system. Metall Mater Trans B, 2015, 46(6): 2430 [15] Li H Y, Sun Y, Bin J, et al. Effect of cerium on as鄄cast micro鄄 structure and properties of heat鄄resistant aluminum conductor. J Central S Univ Sci Technol, 2011, 42(10): 3026 (李红英, 孙远, 宾杰, 等. Ce 对耐热铝导体材料铸态组织 和性能的影响. 中南大学学报 ( 自然科学版), 2011, 42 (10): 3026) [16] Wu C J, Cheng S W, Huang D Q. Grain鄄boundary segregation of rare earths and phosphorus in hardened steel during tempering. J Beijing Univ Iron Steel Technol, 1980(1): 85 (吴承建, 程述武, 黄德清. 稀土、磷等元素在淬火钢回火时 的晶界偏聚. 北京钢铁学院学报, 1980(1): 85) [17] Liu X, Yang J C, Gao X Z. Effects of RE on the inclusions and impact toughness of 2Cr13 stainless steel. J Univ Sci Technol Bei鄄 jing, 2010, 32(5): 605 (刘晓, 杨吉春, 高学中. 稀土对 2Cr13 不锈钢夹杂物的变质及 对冲击韧性的影响. 北京科技大学学报, 2010, 32(5): 605) [18] Shi L M, Zhu D Y, Luo X B. Investigation of the effect of rare鄄 earth element Ce on graphite spheroidization. Foundry Technol, 2008, 29(10): 1364 (石丽敏, 朱定一, 罗晓斌. 稀土元素 Ce 对石墨球化作用的 研究. 铸造技术, 2008, 29(10): 1364) [19] Lu L, Zhu D Y, Wang C L. Effects of Mn and Ce additions on structures and properties of Fe鄄鄄Ni鄄鄄Mn鄄鄄C鄄鄄Si鄄鄄Ce alloys. Chin J Nonferrous Met, 2007, 17(6): 909 (卢铃, 朱定一, 汪才良. Mn 和 Ce 对 Fe鄄鄄 Ni鄄鄄 Mn鄄鄄 C鄄鄄 Si鄄鄄 Ce 系合金组织和性能的影响. 中国有色金属学报, 2007, 17 (6): 909) ·936·
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