参考文献

[1]郭辉萍，刘学观.电磁场与电磁波[M].4版.西安：西安电子科技大学出版社，2015.

[2]任兰亭.大学物理教程[M].下册-2版.青岛：中国石油大学出版社，1998.

[3]邵方殷.交流线路对平行接近的直流线路的工频电磁感应[J].电网技术，1998，22（12）：59-63.

[4]山灵芳.简明大学物理[M].郑州：河南科学技术出版社，2012.

[5]TADMOR E,LIU J G,TZAVARAS A E.Hyperbolic Problems:Theory,Numerics and Applications[C].Proceedings of Symposia in Applied Mathematics,2009.

[6]姜礼尚.数学物理方程讲义[M].3版.北京：高等教育出版社，2007.

[7]刘洋，崔翔，赵志斌，等.基于电磁感应原理的变电站接地网腐蚀诊断方法[J].中国电机工程学报，2009，（4）：7.

[8]韩素平，淦五二，张王兵，等.电磁感应加热与原子荧光光谱联用测定海产品中的无机汞和有机汞[J].分析化学，2007，35（9）：4.

[9]陈新，张桂香.电磁感应无线充电的联合仿真研究[J].电子测量与仪器学报，2014，（4）：7.

[10]RAINE G A,SMITH N.NDT of on and Off-shore Oil and Gas Installations Using the ACFM Technique[J].Materials Evaluation,1996,54 (4):461-465.

[11]DOVER W D,CHARLESWORTH F D W,TAYLOR K A,et al.The use of AC Field Measurements to Determine the Size and Shape of a Crack in a Metal[J].ASTM STP 722,1980,401-427.

[12]LAENEN C.The use of the ACFM Non-Destructive Testing Technique for the Inspection of Dockside Lifting Equipment[J].BINDT Seminar,1999.

[13]DOVER W D,MONAHAN C C.the Measurement of Surface Breaking Cracks by the Electrical Systems ACPD/ACFM.Fatigue fract.Engng Mater[J].Struct,1994,17 (12):1485-1492.

[14]CHEN K,BRENNAN F P,DOVER W D.Thin-skin AC Field in Anisotropic Tectangular Bar and ACPD Stress Measurement[J].NDT&E International,2000,33 (5):317-323.

[15]ZHOU J,DOVER W D.Electromagnetic Induction in Anisotropic Half-space and Electro-magnetic Stress Model[J].Journal of applied physics,1998,83(3):1694-1701.

[16]LEWIS A M,MICHAEL D H,LUGG M C,et al.Thin-skin Electromagnetic Fields Around Surface Breaking Cracks in Metals[J].Journal of Applied Physics,1988,64(8):3777-3784.

[17]NOROOZI A,HASANZADEH,REZA P R,et al.A Fuzzy Learning Approach for Identifification of Arbitrary Crack Profifiles Using ACFM Technique[J].IEEE Transactions on Magnetics,2013,49(9):5016-5027.

[18]RAVAN M,SADEGHI S H H,MOINI R.Field Distributions Around Arbitrary Shape Surface Cracks in Metals,Induced by High-frequency Alternating-current-carrying Wires of Arbitrary Shape[J].IEEE Transactions on Magnetics,2006,42(9):2208-2214.

[19]SAGUY H,RITTEL D.Bridging Thin and Thick Skin Solutions for Alternating Currents in Cracked Conductors[J].Applied Physics Letters,2005,87(8):084103.

[20]SAGUY H,RITTEL D.Alternating Current Fow in Internally Fawed Conductors:A Tomographic Analysis[J].Applied Physics Letters,2006,89(9):094102.

[21]NICHOLSON G L,KOSTRYZHEV A G,HAO X J,et al.Modelling and Experimental Measurements of Idealised and Light-moderate RCF Cracks in Rails Using an ACFM Sensor[J].NDT&E International,2011,44(5):427-437.

[22]NICHOLSON G L,DAVIS C L.Modelling of the Response of an ACFM Sensor to Rail and Rail Wheel RCF Cracks[J].NDT&E International,2012,46(1):107-114.

[23]AKBARI-KHEZRI A,SADEGHI S H H,MOINI R,et al.An Efficient Modeling Technique for Analysis of AC Field Measurement Probe Output Signals to Improve Crack Detection and Sizing in Cylindrical Metallic Structures[J].Journal of Nondestructive Evaluation,2016,35(1):9.

[24]PAPAELIAS M P,LUGG M C,ROBERTS C,et al.High-speed Inspection of Rails Using ACFM Techniques[J].NDT&E International,2009,42(4):328-335.

[25]PAPAELIAS M PH,ROBERTS C,DAVIS C L,et.al.Detection and Quantification of Rail Contact Fatigue Cracks in Rails Using ACFM Technology[J].Insight,2009,50(7):364-368.

[26]SMITH M,LAENEN C.Inspection of Nuclear Storage Tanks Using Remotely Deployed ACFMT[J].Insight,2007,49(1):17-20.

[27]SALEMI A H,SADEGHI S H H,MOINI R.Thin-skin Analysis Technique for Interaction of Arbitrary-shape Inducer Field with Long Cracks in Ferromagnetic Metals[J].NDT&E International,2004,(39):471-479.

[28]胡媛媛，罗飞路，曹雄横，等.交变磁场测量系数数值仿真分析[J].仪表技术与传感器，2003，（6）：48-50.

[29]康中尉，罗飞路，陈棣湘.交变磁场测量的缺陷识别模型[J].无损检测，2005，27（3）：123-126.

[30]孙瑜，罗飞路，赵东明.利用交变磁场测量法的金属表面缺陷检测[J].兵工自动化，2004，23（2）：44-45.

[31]JIANWEI ZHOU,MARTIN C LUGG,ROY COLLINS.A Non-uniform Model for Alternating Current Field Measurement of Fatigue Cracks in Metals[J].Int.J.of Applied Electromagnetics and Mechanics,1999,(10):221-235. 3+kyvYmWZWEQTm/Z35A7SZCqTcOu2gFwr979pIMSKqjKtLeM6yLoRIoOWYKjq4Mx