[1]
Zhu Guoliang,Shu Da, Wang Jun, etc. [J].Journal of material, herald. 2008,22(10):61-64
Google Scholar
[2]
Wang Chunsheng, Yuan Zhuoya, Gao Shan, etc. [J]. World bridges, 2007, 3: 9
Google Scholar
[3]
Wang Mengjun, Huang Dianyuan, etc.Haitao.Journal of metal heat treatment,, 35 (9): 34
Google Scholar
[4]
Feng Chun, Liu Zhiyi, etc. [J]. Materials herald, 26 (12) (4): 98
Google Scholar
[5]
Wei Haijun, Zhang Lei, Yao Guangchun,etc. [J]. Journal of casting, 2005, 54 (4): 363
Google Scholar
[6]
Chen Fuliang. Impurities control of casting aluminum alloy [J]. Journal of Yunnan metallurgy, 1987, 138:1229 (4): 53
Google Scholar
[7]
Skjerpe P. Intermetallic phase formed during DC-casting of an Al-0.25wt pct Fe-0.13wt pct Si alloy [J]. Metallurgical Transaction A,1987,18A(2):189-199
DOI: 10.1007/bf02825700
Google Scholar
[8]
Yin Fei, Yang Hongbo, etc. [J]. Thermal processing, 2001 (3): 61
Google Scholar
[9]
Fu Gaosheng, Kang Jixing. [J]. Special casting and non-ferrous alloy, 1999, (Z1): 29
Google Scholar
[10]
MunsonD. A clarification of the phases occurring in aluminium rich aluminium-iron-silicon alloys, with particular reference to the ternary Phase α-AlFeSi[J]. J Inst Metals, 1967,95:217
Google Scholar
[11]
Zheng Xuan. [J].Journal of light alloy processing technology, 1992, 152:1855 (1): 18
Google Scholar
[12]
Oscarsson A,Hatchinson WB. Influence of initial micro microstructure on texture and earing in aluminium sheet after cold rolling and annealing[J].Mater Sci Techn,1991,7(6):554-564
DOI: 10.1179/mst.1991.7.6.554
Google Scholar
[13]
Sun Weicheng, Zhang Shurong. [M].Beijing: weapons industry press, 1992:3025
Google Scholar
[14]
Hu Delin, Zhang Fan. Ternary alloy phase diagram [M]. Northwestern press:1995:4448
Google Scholar
[15]
Lin Xiaozheng, Yin Fei. [J].Journal of casting technology, 1999, (5): 29
Google Scholar
[16]
P.N. Crepeau. A Critical Review[J]. AFS Transactions,1995,(103):361~365
Google Scholar
[17]
Zhu Hanliang, Jia Jun,etc. [J].Journal of casting, 1996 (5): 9 ~ 12
Google Scholar
[18]
The casting non-ferrous alloy and its smelting. Casting non-ferrous alloy and melting [M].Beijing press:1980:13 ~ 20
Google Scholar
[19]
Sun Yezan, Yu Chang, Li Songchun,etc. [J]. Casting, 1998 (7): 42 ~ 46
Google Scholar
[20]
Yu Fuding. Using acid-base titration to reduce the harmful effect in aluminum alloy iron [J].Thermal processing, 2000 (4): 55
Google Scholar
[21]
Fang Weibin, Geng Yaohong,etc. [J].Journal of hot-working process, 1996 (3): 28
Google Scholar
[22]
Gong Leiqing, Jin Changgeng, etc. [M].Changsha press, 1987:3-4
Google Scholar
[23]
Counter A. Iron in aluminum casting alloys- A literature survey [J]. AFS International Cast Metal Journal, 1981, ( 12) :9- 17
Google Scholar
[24]
Sun Yimin. [J]. Casting technology, 2009 (4): 521
Google Scholar
[25]
Ge Weiyan, Shu Da, etc. [J].Casting, 2008,57 (3) : 1609
Google Scholar
[26]
Liu Rongqian, Jia Xiaowei, etc. [J].Special casting and non-ferrous alloy, 2001 (1): 107-108
Google Scholar
[27]
Huang Liangyu, Zhang Shaozong. [J]. Special casting and non-ferrous alloy, 2001 (5): 31-33
Google Scholar
[28]
Humberto LopesdeM oraes,JoséRoberto deO liveira ,Denise C rocce Romano Espinosa,etal.Removal of Iron from Molten Recycled Aluminum through Intermediate Phase Flitration[J]. Materials Transactions, 2006,47(7):1731-1736
DOI: 10.2320/matertrans.47.1731
Google Scholar
[29]
Fang Wenbin, Ge Yaohong,. T [J].Casting technology, 1996 (2): 42-44
Google Scholar
[30]
Song Yuan hong esc. [J].Non-ferrous metal processing, 1995, (3): 19-25.
Google Scholar
[31]
Kang Jixing. [J] key limiting factor.Special casting and non-ferrous alloy, 2002 (4): 31
Google Scholar
[32]
Marcel G. Electromagnetic Processing of Liquid Materials in Europe [J]. ISIJ,1990, ( 30) : 1-8 [33]Kolesnicherko. Electromagnetic Processing in Liquid Material in the USSR and East European Countries [J].ISIJ, 1990( 30): 8-26
DOI: 10.2355/isijinternational.30.8
Google Scholar
[34]
Xu Z M, Li T e tc. [J]. J. Mater. Sci.Technol.,2001,17(3):306-310
Google Scholar
[35]
Zhang Lei, Jiao Wanli etc. [J]. Special casting and non-ferrous alloy, 75-79 (3): 131
Google Scholar
[36]
Li Tianxiao, Xu Zhenming, etc. [J] Journal of Fe content.Shanghai Jiaotong university, 2001,35 (5) : 664-1641
Google Scholar
[37]
Wang Guiqin, Li Fengqing, etc. [J]. Special casting and non-ferrous alloy, 2003 (3): 15-17
Google Scholar
[38]
Gao JW,Shu D,Wang J,etc. 2007, 57: 197 -200
Google Scholar
[39]
Shen Jun, Jiang Zuling etc. [J]. 1990 (Z1): 92-94
Google Scholar
[40]
Chen Dongfeng, Cao Zhiqiang, etc. [J]. 2007,31 (6) : 1333-45.
Google Scholar
[41]
Gowri S, Samuel F H. [J]. Metallurgical and Materials Transactions, 1994, 25A:437-448
Google Scholar
[42]
Khudokormov D N, Galashko A M, ect. [J] .Russian Castings Production, 1975, (5):198-199
Google Scholar
[43]
Lu Shusun, Gu Kaidao, ect. [M].Beijing press:(1983)
Google Scholar
[44]
Wang Jiefang, Xie Jingpei, etc. [J]. Casting technology, 2004, 25 (9): 681-685.
Google Scholar
[45]
Cao Dali, Shi Zhongning, etc. [J]. Rare earth, (5): 91
Google Scholar
[46]
Guan Kexiang, Li Jie,etc. [J].Special casting and non-ferrous alloy, 2008,28 (9) : 59
Google Scholar
[47]
Samuel F H, Ouetlet P, Samuel A M, et al. [J]. Metall. Mater. Trans. A:1998, 29: 2871- 2884.
Google Scholar
[48]
Ashtari P , Tezuka H ect. [J]. Scripta Materialia, 2005, 53 ( 8) : 937- 942
Google Scholar
[49]
L. A. Narayanan , F. H. Samuel ,J . E. Gruzleski. Crystallization Behavior of Iron-containing Intermetallic Compounds in 319 Aluminium Alloys [ J ] . Metallurgical and Materials Transactions , A: 1992:1761
DOI: 10.1007/bf02668540
Google Scholar