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| Ti基IrO2+Ta2O5阳极的电化学特性 |
| 胡吉明1 张鉴清1; 2 曹楚南1; 2 |
| 1 浙江大学;2 中国科学院金属研究所金属腐蚀与防护国家重点实验室 |
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引用本文:
胡吉明; 张鉴清; 曹楚南 . Ti基IrO2+Ta2O5阳极的电化学特性[J]. 材料研究学报, 2002, 16(4): 364-370.
1 H.Haiji,K.Okada,T.Hiratani,M.Abe,M.Ninomiya,Mag- netic properties and workability of 6.5% Si steel sheet, Journal of Magnetism and Magnetic Materials,160, 109(1996)
2 Y.Ushigami,M.Mizokami,M.Fujikura,T.Kubota,H.Fujii, K.Murakami,Recent development of low-loss grain- oriented silicon steel,Journal of Magnetism and Magnetic Materials,254-255,307(2003)
3 F.Fiorillo,E.Ferrara,L.Ferrando,C.Appino,C.Legourg, J.Degauque,M.Barieco,Magnetic losses and mechanical properties of Fe-4 to 7.8 wt.% Si rapidly quenched alloys, IEEE Transactions on Magnetics,33(5),3802(1997)
4 YANG Lin,TIAN Chong,CHEN Guiyun,ZHANG Yongchang,YE Hengqiang,Microstructure and proper- ties of Fe-4.Swt%Si steel produced by spay forming and rolling,Materials Science & Technology,10(1),55(2002) (杨林，田冲，陈桂云，张永昌，叶恒强，喷射轧制Fe-4．5%Si硅钢片的组织和性能，材料科学与工艺，10(1)，55(2002))
5 K.Okada,T.Yamaji,K.Kasai,Basic investigation of CVD method for manufacturing 6.5% Si steel sheet,ISIJ Inter- national,56(6),706(1996)
6 K.Fujita,M.Namikawa,Y.Takada,Magnetic properties and workability of 6.5% Si steel sheet manufactured hy siliconizing procees,Journal of Materials Science & Tech- nology,18(2),137(2000)
7 WANG Lei,WU Xinjie,LI Pingsheng,CHEN Dakai,Re- search on 6.5% silicon steel produced by PCVD technique, Metal Heat Treatment,(12),27(2002) (王蕾，吴新杰，李平生，陈大凯，PCVD法制高Si钢片的研究，金属热处理，(12)，27(2002))
8 I.Manna,J.D.Majumdar,B.R.Chandra,S.Nayak, N.B.Dahotre,Laser surface cladding of Fe-B-C,Fe-B-Si and Fe-BC-Si-Al-C on plain carbon steel,Surface & Coatings Technology,201,434(2006)
9 R.Jagdheesh,U.Kamachi Mudali,D.Sastikurnar, A.K.Nath,Laser cladding of Si on austenitic stain- less steel,Surface Engineering,21(2),113(2005)
10 W.T.Tsai,T.Hwunh Lai,J.J.Lee,Laser surface alloying of stainless steel with silicon nitride,Materials Science and Engineering,A183,239(1994)
11 GAO Yang,TONG Balyun,LIANG Yong,Investigation on structure and properties of laser remelting Ni-base alloy coatings,Chinese Journal of Materials Research, 17(1),87(2003) (高阳，佟百运，梁勇，激光熔敷Ni基合金涂层的结构与性能，材料研究学报，17(1)，87(2003))
12 J.M.Pelletier,L.Renaud,F.Fouquet,Solidification mi- crostructures induced by laser surface alloying:influ- ence of the substrate,Materials Science and Engineering, A134,1283(1991)
13 SONG Jianli,DENG Qilin,HU Dejin,CHEN Changyuan, Microstructure characterization and properties of laser cladding forming 316L stainless steel,Chinese Journal of Lasers,32(10),1441(2005) (宋建丽，邓琦林，胡德金，陈畅源，激光熔覆成形316L不锈钢组织的特征与性能，中国激光，32(10)，1441(2005))
14 S.Sun,Y.Durandet,M.Brandt,Parametric investigation of pulsed Nd:YAG laser cladding of satellite 6 on stain- less steel,Surface & Coatings Technology,194(2～3), 225(2005)
15 HAO Nanhal,LU Wei,ZUO Tiecuan,Thermal- mechanical coupling finite element analysis of temperature field in laser cladding process,China Surface Engineering, (69),6(2004) (郝南海，陆伟，左铁钏，激光熔覆过程热力耦合有限元温度场分析，中国表面工程，(69)，6(2004))
16 ZHENG Jingwu,JIANG Liqiang,CHEN Qiaoling,QI Fangiiang,Influence of electrodeposited conditions on magnetic performance of soft magnetic iron foil,Chinese Journal of Rare Metals,30(3),266(2006) (郑精武，姜力强，陈巧玲，齐方良，电沉积工艺参数对软磁铁箔磁性能的影响，稀有金属，30(3)，266(2006)) |
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