参考文献

[1]DOVER W D,COLLINS R,MICHAEL D H,et al.The Use of AC-Field Measurements for Crack Detection and Sizing in Air and Underwater [and Discussion][J].Philosophical Transactions of the Royal Society of London.Series A,Mathematical and Physical Sciences,1986,320(1554):271-283.

[2]DOVER W D,COLLINS R,MICHAEL D H.Review of Developments in ACPD and ACFM[J].British Journal of Non-Destructive Testing,1991,33(3):121-127.

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

[4]BLAKELEY B,LUGG M.Recent Research and Development Activities in Electromagnetic Sensor Technologies [J].Insight,2011,53(3):138-142.

[5]张曙光，邵建华.无损检测技术在海洋工程中的应用[J].无损检测，2014，36（5）：69-72.

[6]LUGG M.The First 20 years of the A.C.field Measurement Technique[C].World Conference on Nondestructive Testing,2012.

[7]MARTIN L,TOPP D,KEYNES M.Recent Developments and Applications of the ACFM Inspection Method and ACSM Stress Measurement Method[C].ECNDT,2006.

[8]BLAKELEY B,LUGG M.Application of ACFM for Inspection Through Metal Coatings[J].Insight,2010,52(6):310-315.

[9]RAINE A.Cost Benefit Applications Using the Alternating Current Field Measurement Testing [J].Materials Evaluation,2002,60(1):49-52.

[10]MARQUES F C R,MARTINS M V M,TOPP D A.Experiences in the Use of ACFM for Offshore Platform Inspection in Brazil.Insight[J].Insight,2001,43(6):394-398.

[11]PARK S,LUGG M.Development of CIA's Remote Robotic Crack Detection Service[C].Jacqueline Cameron,2011.

[12]ASNT.Nondestructive Testing Handbook Volume 5 Electromagnetic Testing-Third Edition [S],ASNT145-2004,2004.

[13]ASTM.Standard Practice for Examination of Welds Using the Alternating Current Field Measurement Technique[S].ASTME2261/E2261M-17,2017.

[14]CSWIP.Requirements for the Certification of Personnel engaged in the ACFM Inspection of Welds-Levels 1,2,and 3[S],CSWIP-DIV-8-96,2005.

[15]ZHOU J,DOVER W D.Electromagnetic Induction in Anisotropic Half-space and Electromagnetic 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 Identification of Arbitrary Crack Profiles 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]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）：123-163.

[28]胡祥超，罗飞路，何赟泽，等.脉冲交变磁场测量技术缺陷识别与定量评估[J].机械工程学报，2011，47（4）：17-22.

[29]KANG Z W.The Quantitative Measurement Model of ACFM Based on Swept Frequency Method[J].The Asian Pacific Conference Fracture and Strength,2006,2007:2273-2276.

[30]陈棣湘，潘孟春，罗飞路.基于频率扫描技术的裂纹深度检测方法研究[C].中国仪器仪表与测控技术交流大会论文集，2007.

[31]齐玉良，陈国明，张彦廷.交流电磁场检测数值仿真及其信号敏感性分析[J].石油大学学报（自然科学版），2004，28（3）：65-68.

[32]CHEN G M,LI W,WANG Z X.Structural Optimization of 2-D Array Probe for ACFM[J].NDT&E International,2007,40(6):455-461.

[33]李伟，陈国明，齐玉良.交流电磁场裂纹检测反演算法研究[J].中国机械工程，2007，18（1）：13-16.

[34]胡书辉.裂纹的交流电磁场检测与反演研究[D].天津：天津大学，2004.

[35]冷建成，田洪旭，周国强，等.自升式海洋平台关键部位MMM与ACFM联合检测[J].海洋工程，2017，35（2）：34-38.

[36]倪春生，陈国明，张彦廷.交流电磁场检测探头激励线圈的数值仿真及优化[J].中国石油大学学报（自然科学版），2007，31（2）：100-104.

[37]刘佳利.交变磁场测量成像技术的研究[D].长沙：国防科学技术大学，2010.

[38]LI Y,JING H Q,ABIDIN I M Z,et al.A Gradient-Field Pulsed Eddy Current Probe for Evaluation of Hidden Material Degradation in Conductive Structures Based on Lift-Off Invariance[J].Sensors,2017,17:943.

[39]LI Y,YAN B,LI D,et al.Gradient-field Pulsed Eddy Current Probes for Imaging of Hidden Corrosion in Conductive Structures[J].Sensors and Actuators:A,2016,238:251-265.

[40]LI W,YUAN X A,CHEN G M,et al.A Feed-through ACFM Probe with Sensor Array for Pipe String Cracks Inspection[J].NDT&E International,2014,67:17-23.

[41]LI W,CHEN G M,YIN X K,et al.Analysis of the Lift-off Effect of a U-shaped ACFM System[J].NDT&E International,2013,53:31-35.

[42]LI W,CHEN G M,LI W Y,et al.Analysis of the Inducing Frequency of a U-shaped ACFM System[J].NDT&E International,2011,44:324-328.

[43]李伟，陈国明.基于双U形激励的ACFM缺陷可视化技术研究[J].机械工程学报，2009，45（9）：233-237.

[44]LI W,CHEN G M,ZHANG C R,et al.Simulation Analysis and Experiment Study of Defect Detection Underwater by ACFM Probe[J].China Ocean Engineering,2013,27(2):277-282.

[45]LI W,YUAN X A,CHEN G M,et al.High Sensitivity Rotating Alternating Current Field Measurement for Arbitrary-angle Underwater Cracks [J].NDT&E International,2016,79:123-131.

[46]陈波，李伟，张人公，等.百米水深导管架水下裂纹检测方法选择及应用[J].机械工程师，2017，10:69-71.

[47]徐国梁，邱壮扬.广泛应用于海上石油平台水下无损检测的设备——交流电场探伤仪（ACFM）[C].第八届中国国际救捞论坛论文集，2014.

[48]裘达夫.水下无损检测技术的研究现状和发展趋势[J].中国修船，2012，25（3）：48-50.

[49]王喆，张大伟，黄江中，等.水下结构件的ACFM检测图谱[J].无损检测，2014，36（7）：96-99. XEZyUoPAmh5OTnzZ1rajaWwxn/0tZ0dsaFQBe3Yvpxilbw7jMuNuc7HcRc3KA/+o