·794· 北京科技大学学报 第36卷 [6]Nobuyuki S,Masato N,Akihiro M.Surface Treated Metallic Mate- 49(24):4127 rial Having Excellent Magnetic Characteristics and Method of Man- [14]Mu S H,Yuan Y,Yao S X.An influence of the stational mag- ufacturing the Same:Japan Patent,2007-262492.2007-10-11 netic field on the chromium electroplating.J Shenyang Inst Tech- Zhong Y B,Long Q,Zhou P W.Method and Device of Continuous nal,2004,23(2):83 Preparation High Silicon Steel Thin Strip in Magnetic Field:China (牟世辉，袁艳，姚淑霞.稳恒磁场对电镀铭的彩响.沈阳工 Patent,201210327475.2.2012-0907 业学院学报，2004,23(2)：83) (钟云波，龙琼，周鹅伟.磁场下连续制备高硅钢湾带的方法 D5] Zhang J S,An MZ,Yang Z L,et al.Effects of stabilized mag- 及装置：中国专利，201210327475.2.20120907) netic field on electrodeposition of Zn-Ni alloy.Electroplat Pollut [8]Thiemig D,Kubeil C,Graf C P,et al.Electrocodeposition of Control,1995,15(5):16 magnetic nickel matrix nanocomposites in a static magnetic field. (张景双，安茂忠，杨哲龙，等.稳恒磁场对电沉积锌镍合金 Thin Solid Films,2009,517(5):1636 的影响.电镀与环保，1995,15(5)：16) Peipmann R.Thomas J,Bund A.Electrocodeposition of nickel- [16]Gao C H,Zhou B Y,Huang S X.Effects of impressed magnetic alumina nanocomposite films under the influence of static magnetic field on electrochemical performances of ferrous chloride solution fields.Electrochim Acta,2007,52(19)5808 for Fe plating.Electroplat Pollut Control,1994,14(2):5 [10]Yamada T,Asai S.Distribution control of dispersed particles in a (高成辉，周白杨，黄水兴.施加磁场对氯化亚铁镀铁溶液 film fabricated by composite plating method using a high magnetic 电化学性能的影响.电镀与环保，1994,14(2)：5) field.J Jpn Inst Met,2005,69(2):257 [17]Webb P R,Robertson N L.Electrolytic codeposition of Ni-yAl2O3 [11]Wang C,Zhong Y B,Ren W L.Effects of parallel magnetic field thin films.J Electrochem Soc,1994,141 (3):669 on electrocodeposition behavior of Ni/nanoparticle composite [18]Guglielmi N.Kinetics of the deposition of inert particles from electroplating.Appl Surf Sci,2008,254(18):5649 electrolytic baths.J Electrochem Soc,1972,119(8):1009 [2]Matsushima H,Nohira T,Mogi I,et al.Effects of magnetic [19]Devos O,Olivier A,Chopart J P,et al.Magnetic field effects on fields on iron electrodeposition.Surf Coat Technol,2004,179 nickel electrodeposition.J Electrochem Soc,1998,145(2):401 (2-3):245 220]Msellak K,Chopart J P,Jbara O,et al.Magnetic field effects on [13]Krause A,Uhlemann M,Gebert A,et al.The effect of magnetic Ni-Fe alloys codeposition.J Magn Magn Mater,2004,281(2/ fields on the electrodeposition of cobalt.Electrochim Acta,2004, 3):295北 京 科 技 大 学 学 报 第 36 卷 ［6］ Nobuyuki S，Masato N，Akihiro M． Surface Treated Metallic Mate￾rial Having Excellent Magnetic Characteristics and Method of Man￾ufacturing the Same: Japan Patent，2007--262492． 2007--10--11 ［7］ Zhong Y B，Long Q，Zhou P W． Method and Device of Continuous Preparation High Silicon Steel Thin Strip in Magnetic Field: China Patent，201210327475． 2． 2012--09--07 ( 钟云波，龙琼，周鹏伟． 磁场下连续制备高硅钢薄带的方法 及装置: 中国专利，201210327475． 2． 2012--09--07) ［8］ Thiemig D，Kubeil C，Grf C P，et al． Electrocodeposition of magnetic nickel matrix nanocomposites in a static magnetic field． Thin Solid Films，2009，517( 5) : 1636 ［9］ Peipmann Ｒ，Thomas J，Bund A． Electrocodeposition of nickel￾alumina nanocomposite films under the influence of static magnetic fields． Electrochim Acta，2007，52( 19) : 5808 ［10］ Yamada T，Asai S． Distribution control of dispersed particles in a film fabricated by composite plating method using a high magnetic field． J Jpn Inst Met，2005，69( 2) : 257 ［11］ Wang C，Zhong Y B，Ｒen W L． Effects of parallel magnetic field on electrocodeposition behavior of Ni /nanoparticle composite electroplating． Appl Surf Sci，2008，254( 18) : 5649 ［12］ Matsushima H，Nohira T，Mogi I，et al． Effects of magnetic fields on iron electrodeposition． Surf Coat Technol，2004，179 ( 2--3) : 245 ［13］ Krause A，Uhlemann M，Gebert A，et al． The effect of magnetic fields on the electrodeposition of cobalt． Electrochim Acta，2004， 49( 24) : 4127 ［14］ Mu S H，Yuan Y，Yao S X． An influence of the stational mag￾netic field on the chromium electroplating． J Shenyang Inst Tech￾nol，2004，23( 2) : 83 ( 牟世辉，袁艳，姚淑霞． 稳恒磁场对电镀铬的影响． 沈阳工 业学院学报，2004，23( 2) : 83) ［15］ Zhang J S，An M Z，Yang Z L，et al． Effects of stabilized mag￾netic field on electrodeposition of Zn-Ni alloy． Electroplat Pollut Control，1995，15( 5) : 16 ( 张景双，安茂忠，杨哲龙，等． 稳恒磁场对电沉积锌镍合金 的影响． 电镀与环保，1995，15( 5) : 16) ［16］ Gao C H，Zhou B Y，Huang S X． Effects of impressed magnetic field on electrochemical performances of ferrous chloride solution for Fe plating． Electroplat Pollut Control，1994，14( 2) : 5 ( 高成辉，周白杨，黄水兴． 施加磁场对氯化亚铁镀铁溶液 电化学性能的影响． 电镀与环保，1994，14( 2) : 5) ［17］ Webb P Ｒ，Ｒobertson N L． Electrolytic codeposition of Ni-γAl2O3 thin films． J Electrochem Soc，1994，141( 3) : 669 ［18］ Guglielmi N． Kinetics of the deposition of inert particles from electrolytic baths． J Electrochem Soc，1972，119( 8) : 1009 ［19］ Devos O，Olivier A，Chopart J P，et al． Magnetic field effects on nickel electrodeposition． J Electrochem Soc，1998，145( 2) : 401 ［20］ Msellak K，Chopart J P，Jbara O，et al． Magnetic field effects on Ni-Fe alloys codeposition． J Magn Magn Mater，2004，281( 2 / 3) : 295 ·794·