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第2期 郭飞等：数据挖掘在安钢电极预测建模中的应用 .207. (阎平凡，张长水.人工神经网络与模拟进化计算。北京：清 modelling.Proe CSEE.2005,25(11):90 华大学出版社，2000：11) (张栾英，李瑞欣，秦志明，等.采用模拟退火算法的Emam网 [11]Sun L,Zhang Q D,Chen X L.et al.Thermal contour model of 络及在热工过程建模中的应用.中国电机工程学报，2005,25 work roll in plate mills by simulated annealing algorithm.IUniv (11):90) Sci Technol Beijing.2002.24(3):313 [14]Vyas NS.Satishkumar D.Artificial neural network design for (孙林，张清东，陈先霖，等.基于模拟退火算法的中厚板精轧 fault identification in rotor-bearing system.Mech Mach Theory, 机工作辊热膨胀模型.北京科技大学学报，2002,24(3)：313) 2001,36(1):157 [12]Xu Y.A clustering analysis approach using adaptive genetic algo [15]Liu X H.Yin J.Zhang QZ.Adaptive control of a class of non rithms.Syst Eng Electron.1997,30(9):39 linear system using piecewise linearization based on Lyapunovs (徐勇·一种基于自适应遗传算法的聚类分析方法，系统工 law-Control Theory Appl.2005.22(5):829 程与电子技术，1997,30(9)：39) (刘小河，殷杰，张奇志·基于Lyapunov方法的一类非线性系 [13]Zhang L Y.Li R X.Qin Z M.et al.Elman network using sim- 统分段线性化自适应控制，控制理论与应用，2005,22(5)： ulated annealing algorithm and its application in thermal process 829) (上接第143页) [9]Chiriac H.Lupu N.Magnetic properties of (Nd,Ce.Pr)Fe- [2]Inoue A.Stabilization of metallic supercooled liquid and bulk (Si.Al)bulk amorphous materials.J MagnMagn Mater, amorphous alloys.Acta Mater.2000.48:279 1999,196/197,235 [3]Nich T G.Mukan T.Liu C T.Superplastic behavior of a Zr- [10]Fan G J.Loser W.Roth S.Glassforming ability of RE-Al- 10Al-5Ti-17.9Cu-14.6Ni metallic glass in the supercooled liq TM alloys (RE=Sm:Y:TM=Fe,Co.Cu).Acta Mater, uid region.Scripta Mater,1999.40 (9):1021 2000,48,3823 [4]Javazaki H.Ukaih:Izemiya K.Corrosion behavior of amorphous [11]Lu Z P.Hu X.Li Y.Glass forming ability of La-Al-Ni-Cu Ni Cr-Nb-P-B bulk alloys in 6M HCI solution.Mater Sci and Pd-Si-Cu bulk metallic glasses.Mater Sci Eng.2001, Emg,2001,A318:77 A304/306:679 [5]Gebert A.Wolff U.John A.Stability of the bulk glass forming [12]Liu Z F,Yang B.Zhang Y,et al.Preparation of a La62Al15.7 Mg6sY 10Cu2s alloy in aqueous electrolytes.Mater Sci Eng 2001. (Cu,Ni)22.3 bulk amorphous alloy by spray forming.J Univ Sci A299:125 Technol Beijing.2007.29(4):394 [6]Myung W N,Bach Y,Hwange S.Viscous flow behavior and (刘宗锋，杨滨，张勇，等.喷射成形制备La62A5.7(Cu,Ni)2.3 thermal properties of bulk Amorphous Pd4o Nilo Cu3o P20 alloys. 块体非晶合金.北京科技大学学报，2007,29(4)：394) Mater Sci Eng.2001.A304/306:687 [13]Inoue A.High strength bulk amorphous alloys with low critical [7]Zhan G T.Inoue A.Ti-based amorphous alloys with a large su- cooling rates.Mater Trans JIM,1995,36:866 percooled liquid region.Mater Sci Eng.2001,A304/306:771 [14]Ohnuma M,Pryds N H.Linderoth S.et al.Bulk amorphous [8]Gerold U,Wiedenmann A.Keiderlin G U.Decomposition and (Mgo.98Alo.02)Cus Y10 alloy.Scripta Mater.1999.41(8): crystallization of the bulk amorphous ZrTisCu47 Nig alloy studied 889 by SANS.PhwB,1997,234/236.995（阎平凡张长水．人工神经网络与模拟进化计算．北京：清 华大学出版社2000：11） ［11］ Sun LZhang Q DChen X Let al．Thermal contour model of work roll in plate mills by simulated annealing algorithm．J Univ Sci Technol Beijing200224（3）：313 （孙林张清东陈先霖等．基于模拟退火算法的中厚板精轧 机工作辊热膨胀模型．北京科技大学学报200224（3）：313） ［12］ Xu Y．A clustering analysis approach using adaptive genetic algorithms．Syst Eng Electron199730（9）：39 （徐勇．一种基于自适应遗传算法的聚类分析方法．系统工 程与电子技术199730（9）：39） ［13］ Zhang L YLi R XQin Z Met al．Elman network using simulated annealing algorithm and its application in thermal process modelling．Proc CSEE200525（11）：90 （张栾英李瑞欣秦志明等．采用模拟退火算法的 Elman 网 络及在热工过程建模中的应用．中国电机工程学报200525 （11）：90） ［14］ Vyas N SSatishkumar D．Artificial neural network design for fault identification in rotor-bearing system．Mech Mach Theory 200136（1）：157 ［15］ Liu X HYin JZhang Q Z．Adaptive control of a class of nonlinear system using piecewise linearization based on Lyapunov’s law．Control Theory Appl200522（5）：829 （刘小河殷杰张奇志．基于 Lyapunov 方法的一类非线性系 统分段线性化自适应控制．控制理论与应用200522（5）： 829） （上接第143页） ［2］ Inoue A．Stabilization of metallic supercooled liquid and bulk amorphous alloys．Acta Mater200048：279 ［3］ Nich T GMukan TLiu C T．Superplastic behavior of a Zr— 10Al—5Ti—17∙9Cu—14∙6Ni metallic glass in the supercooled liquid region．Scripta Mater199940（9）：1021 ［4］ Javazaki HUkaihIzemiya K．Corrosion behavior of amorphous Ni—Cr—Nb—P—B bulk alloys in 6M HCl solution． Mater Sci Eng2001A318：77 ［5］ Gebert AWolff UJohn A．Stability of the bulk glass-forming Mg65Y10Cu25alloy in aqueous electrolytes．Mater Sci Eng2001 A299：125 ［6］ Myung W NBaeh YHwange S．Viscous flow behavior and thermal properties of bulk Amorphous Pd40Ni10Cu30P20 alloys． Mater Sci Eng2001A304／306：687 ［7］ Zhan G TInoue A．T-i based amorphous alloys with a large supercooled liquid region．Mater Sci Eng2001A304／306：771 ［8］ Gerold UWiedenmann AKeiderlin G U．Decomposition and crystallization of the bulk amorphous Zr11Ti34Cu47Ni8alloy studied by SANS．Phys B1997234／236：995 ［9］ Chiriac HLupu N．Magnetic properties of （NdCePr）—Fe— （SiAl ） bulk amorphous materials． J Magn Magn Mater 1999196／197：235 ［10］ Fan G JLoser WRoth S．Glass-forming ability of RE—Al— T M alloys （RE＝SmY；T M ＝FeCoCu）．Acta Mater 200048：3823 ［11］ Lu Z PHu XLi Y．Glass forming ability of La—Al—Ni—Cu and Pd—Si—Cu bulk metallic glasses． Mater Sci Eng2001 A304／306：679 ［12］ Liu Z FYang BZhang Yet al．Preparation of a La62Al15∙7 （CuNi）22∙3bulk amorphous alloy by spray forming．J Univ Sci Technol Beijing200729（4）：394 （刘宗锋杨滨张勇等．喷射成形制备 La62Al15∙7（CuNi）22∙3 块体非晶合金．北京科技大学学报200729（4）：394） ［13］ Inoue A．High strength bulk amorphous alloys with low critical cooling rates．Mater T rans JIM199536：866 ［14］ Ohnuma MPryds N HLinderoth Set al．Bulk amorphous （Mg0∙98Al0∙02）60Cu30Y10 alloy．Scripta Mater199941（8）： 889 第2期 郭 飞等： 数据挖掘在安钢电极预测建模中的应用 ·207·