RESEARCH ON PIPELINE CORROSION AND CRAKING INSPECTION BY BRAOD-BAND ULTRASONIC PIG TECHNOLOGY

机译：宽带超声Pig技术对管道腐蚀和裂纹检测的研究

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The main reasons of the oil pipeline accidents is wall thinning due to corrosion and cracks. This topicdevelops a broad-band ultrasonic pig technology to detect pipeline corrosion and cracks.Thetechnique can automatically measure wall thickness、diameter and detect axial crack flaw entirely andit can solve the misjudgments and miss judgment during ultrasonic pipeline corrosion inspection also.

机译：输油管道事故的主要原因是由于腐蚀和裂缝而使壁变薄。本课题开发了一种宽带超声波清管技术，用于检测管道腐蚀和裂纹。该技术可以自动测量壁厚，直径并完全检测轴向裂纹缺陷，还可以解决超声波管道腐蚀检查中的错误判断和误判。

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来源
《17th world conference on nondestructive testing (17th WCNDT)》|2008年|2981-2985|
会议地点 Shanghai(CN);Shanghai(CN)
作者
Cuilin Zhong; rnJun Xu; rnZhiyuan Yu; rnMaoyan Wang; rnYong Zhu;
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作者单位

IEEE Conference Publishing School of Physical electronics,University of Electronic Science and Technology of China,Jianshe North Avenue,Chengdu,610054 China.;

rnIEEE Conference Publishing School of Physical electronics,University of Electronic Science and Technology of China,Jianshe North Avenue,Chengdu,610054 China.;

rnIEEE Conference Publishing School of Physical electronics,University of Electronic Science and Technology of China,Jianshe North Avenue,Chengdu,610054 China.;

rnIEEE Conference Publishing School of Physical electronics,University of Electronic Science and Technology of China,Jianshe North Avenue,Chengdu,610054 China.;

rnIEEE Conference Publishing School of Physical lectronics,University of Electronic Science and Technology of China,Jianshe North Avenue,Chengdu,610054 China;

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中图分类组织检查法、非破坏性试验法;
关键词
pipeline, corrosion, axial crack, broad-band ultrasonic inspection,Research on and Development of Steam Pipeline Creep Real-time;

机译：管道，腐蚀，轴向裂纹，宽带超声检测，蒸汽管道蠕变实时研究与开发;

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专利

1. Ultrasonic Pig for Submarine Oil Pipeline Corrosion Inspection [J] . H. Lei, Z. Huang, W. Liang Russian Journal of Nondestructive Testing . 2009,第4期

机译：超声波探头用于海底输油管道腐蚀检查
2. ULTRASONIC PIG FOR SUBMARINE OIL PIPELINE CORROSION INSPECTION [J] . Huaming Lei, Zuoying Huang, Wei Liang, Дефектосколия . 2009,第4期

机译：超声波猪用于海底输油管道腐蚀检查
3. NKK ultrasonic pipeline inspection pig [J] . Motoi Kobayashi, Hiroshi Minato, Munetaka Kondo NKK Technical Review . 1999,第80期

机译：NKK超声波管道检查猪
4. RESEARCH ON PIPELINE CORROSION AND CRAKING INSPECTION BY BRAOD-BAND ULTRASONIC PIG TECHNOLOGY [C] . World conference on nondestructive testing . 2008

机译：宽带超声波技术管道腐蚀与开裂检查研究
5. Monitoring Corrosion of a One Inch Ball Valve in a Hydraulic Loop Using Ultrasonic Technology [D] . Prempeh, Osei. 2020

机译：用超声技术监测一英寸球阀在液压回路中的腐蚀
6. Improvement of Ultrasonic Pulse Generator for Automatic Pipeline Inspection [O] . Noé Amir Rodríguez-Olivares, José Vicente Cruz-Cruz, Alejandro Gómez-Hernández, 2018

机译：用于管道自动检查的超声波脉冲发生器的改进
7. The use of reflection mode ultrasonic transceiver sensor in pipeline inspection guage to monitor pipeline internal corrosion [O] . Abd. Aziz M. Azreen Firdaus, Idroas Mariani, Zakaria Zainal, 2014

机译：反射模式超声波收发器传感器在管道检测中用于监测管道内部腐蚀
8. Determination of plate wave velocities and diffuse field decay rates with braod-band acousto-ultrasonic signals [R] . Kautz, Harold E. 1993

机译：用带声声 - 超声信号确定板波速度和扩散场衰减率

RESEARCH ON PIPELINE CORROSION AND CRAKING INSPECTION BY BRAOD-BAND ULTRASONIC PIG TECHNOLOGY

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