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左万君,等:

              管道超声导波检测技术研究进展

                [14]  KHALILI  P,CEGLA  F.Excitation  of  single-mode   Houston,TX,USA:IEEE,2018:1-6.
                   shear-horizontal  guided  waves  and  evaluation  of  their     [26]  ACEVEDO  P,FUENTES  M,DURÁN  J,et  al.
                   sensitivity  to  very  shallow  crack-like  defects[J]. IEEE   Pulse  generator  for  ultrasonic  piezoelectric  transducer
                   Transactions  on  Ultrasonics,Ferroelectrics,and   arrays  based  on  a  programmable  system-on-chip
                   Frequency Control,2021,68(3):818-828.            (PSoC)[J]. Advances  in  Science,Technology  and
                [15]  RAO  M,FAN  Z.Quantification  of  thickness    Engineering Systems Journal,2017,2(3):205-209.
                   loss  in  liquid-loaded  pipes  based  on  guided  wave     [27]  YAAKUB  M,BASAR  M,YAHAYA  M  S,et  al.
                   tomography[C]// 7th  Asia-Pacific  Workshop  on   A  micro-power  generation  from  rain  shower  utilizing
                   Structural Health Monitoring.Hong Kong, China: [s. n],  PZT  and  PVDT  piezoelectric  transducer  [J]. ARPN
                   2018:12-18.                                       Journal of Engineering and Applied Sciences,2017,12:
                [16]  BARRY  J,WISKEL  J  K,DOUGLAS  G,et  al.       6285-6290.
                   Ultrasonic  velocity  and  attenuation  measurements  in     [28]  DING T T,WAN Q,XIANG Y X,et al.Selectable
                   L80  steel  and  their  correlation  with  tensile  properties   single-mode  guided  waves  for  multi-type  damages
                   [C]// 19th World Conference on Nondestructive Testing   localization  of  plate-like  structures  using  film  comb
                   2016.Munich,Germany: [s. n],2016:13-17.           transducers[J]. Nondestructive  Testing  and  Evaluation,
                [17]  金建波,吕彪,姚舜刚,等. 基于超声导波的埋地管道                      2023,38(1):90-111.
                   检测技术研究[J]. 化工机械,2019,46(4):366-371.            [29]  LIU  Q  J,LI  Y  H,GUAN  R  Q,et  al.Advancing
                [18]  HUAN  Q,CHEN  M  T,LI  F  X.Long-distance      measurement  of  zero-group-velocity  Lamb  waves  using
                   structural  health  monitoring  of  buried  pipes  using   PVDF-TrFE  transducers:first  data  and  application
                   pitch-catch  T(0,1)  wave  piezoelectric  ring  array   to  in situ  health  monitoring  of  multilayer  bonded
                   transducers[J]. Ultrasonics,2020,106:106162.      structures[J]. Structural Health Monitoring,2023,22(4):
                [19]  曹伟烨,杨冬旭,李祥,等. 基于SH波的埋地管道泄漏                     2641-2650.
                   监测方法 [J]. 压力容器,2023,40(3):16-20,37.            [30]  XIE C X,LIU T H,PEI C X,et al.A flexible thin-
                [20]  SAFIAN  A,WU  N,LIANG  X  H.Development  of    film  magnetostrictive  patch  guided-wave  transducer  for
                   an  embedded  piezoelectric  transducer  for  bearing  fault   structural  health  monitoring[J]. IEEE  Sensors  Journal,
                   detection[J]. Mechanical Systems and Signal Processing,  2022,22(12):12237-12244.
                   2023,188:109987.                               [31]  WANG  H,WU  B,GAO  X,et  al.Ultrasonic  guided
                [21]  AR JUN   V ,N AR AYAN AN   M  M ,              wave  defect  detection  method  for  tank  bottom  plate
                   THIRUNAVUKKARASU  S,et  al.Optimization  of       based  on  SH0  mode  multichannel  magnetostrictive
                   geometrical  parameters  of  a  magnetostrictive  ultrasonic   sensor[J]. Measurement,2023,223:113790.
                   guided wave probe for tube inspection[J]. IEEE Sensors     [32]  MIAO H C,LI F X.Shear horizontal wave transducers
                   Journal,2021,21(9):10735-10742.                   for  structural  health  monitoring  and  nondestructive
                [22]  SONG H D,XIAO Q,WANG G,et al.A composite       testing:a review[J]. Ultrasonics,2021,114:106355.
                   approach  of  electromagnetic  acoustic  transducer  and     [33]  LIU Z H,ZHANG Y C,LI A L,et al.Development
                   eddy  current  for  inner  and  outer  corrosion  defects   of  a  shear  horizontal  wave  electromagnetic  acoustic
                   detection[J]. IEEE  Transactions  on  Instrumentation  and   transducer  with  periodic  grating  coil[J]. International
                   Measurement,2023,72:6001211.                      Journal  of  Applied  Electromagnetics  and  Mechanics,
                [23]  ZAREI  A,PILLA  S.Laser  ultrasonics  for      2019,60(4):545-563.
                   nondestructive  testing  of  composite  materials  and     [34]  肖菲,钱超,宋海涛,等. 面向高温管道壁厚测量的
                   structures:a review[J]. Ultrasonics,2024,136:107163.  双模态电磁超声换能器研究[J]. 仪表技术与传感器,
                [24]  MIAO  H  C,HUAN  Q,LI  F  X.Excitation  and    2023(6):34-39.
                   reception  of  pure  shear  horizontal  waves  by  using  face-    [35]  LAN  J,ZHANG  J  J,JIA  X  J,et  al.Optimization
                   shear  d 24   mode  piezoelectric  wafers[J]. Smart  Materials   design  of  surface  wave  electromagnetic  acoustic
                   and Structures,2016,25(11):11LT01.                transducers based on simulation analysis and orthogonal
                [25]  LI  W,SUN  C  L,CHEN  C,et  al.Unobtrusive     test method[J]. Sensors,2022,22(2):524.
                   monitoring  of  cardiorespiratory  signals  during  sleep     [36]  杜灿勋,孙永鑫,马长宏,等. 基于有限元法的电磁超
                   based  on  PVDF  sensor  and  singular  spectrum   声换能器优化[J]. 智能制造,2023(6):61-65.
                   analysis[C]//2018  IEEE  International  Instrumentation     [37]  董明,李航辉,马宏伟,等. 高纯度横波蝶形线圈电磁
                   and  Measurement  Technology  Conference(I2MTC).  超声换能器优化设计 [J]. 电工技术学报,2024:1-10.
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                                                                                         2024 年 第 46 卷 第 11 期
                                                                                                  无损检测
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