浅谈印度无损评价技术被引量：2

A Glimpse of NDE Science and Technology in India

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摘要 1简介众所周知,产品的质量直接关系着战略建设、核心建设、基础建设、消费领域和医疗保障领域等国家主要行业的发展,这些行业与国家在国际的竞争力直接相关,因此必须高度重视产品的质量。

作者 Baldev Raj B.Venkatraman 郭韵

机构地区 Indira Gandhi Centre for Atomic Research

出处《无损检测》北大核心 2008年第10期679-684,共6页 Nondestructive Testing

关键词无损评价 NDT NDE 线性缺陷印度南亚

参考文献9

1American Society For Metals (Metals Park).Failure Analysis and Prevention[].Metals Handbook.1986
2American Society of Materials.Non- destructive Evaluation and Quality Control[].ASM Handbook.1989
3Baldev Raj,T Jayakumar,M Thavasimuthu.Practical Non- Destructive Testing[]..2007
4Venkataraman B,Sethi V K,Jayaktimar T,et al.High definition radiography of tube to tubesheet welds of steam generator tubes of prototype fast breeder reactor[].Insight.1995
5Venkatraman B,Saravanan T,Ayakumar T,et al.Assessment of weld joints of steam generator of prototype fast breeder reactor by microfocal radiography[].Canadian Journal of NDE.2004
6Venkatraman B,Baldev Raj,Menaka M,et al.Image processing for enhanced quality assurance of sheathed thermocouples[].Materials Evaluation.2007
7Baldev Raj,Palamichamy P,Jayakumar T.Science and technology of non-destructive testing evaluation and characterisation[].Insight.2003
8Singh Manjit,Joshi V M,Vaibhav H Patankar,et al.Developments in instrumentation and automation for NDE applications:in-house experience in the department of atomic energy[].Insight.2003
9Viswanathan K.NDE in space technology:premise and promise[].national seminar on non-destructive evaluation.2006

1Ghasr M T, Kharkovsky S, Zoughi R, et al. Comparison of near-field millimeter-wave probes for detecting corrosion precursor pitting under paint [J]. IEEE Transactions on Instrumentation and Measurement, 2005,54(4):1497--1504.
2Ghasr M T, Abou-Khousa M A, Kharkovsky S, et al. A Novel 24GHz One-- Shot, Rapid and Portable Microwave Imaging System [ C]// Instrumentation and Measurement Technology Conference. Italy. [s. n. ], 2008 : 1798-- 1802.
3Yang J U, Linsheng LIU, Masaharu ISHIKAWA. Microwave Measurement and Quantitative Evaluation of Wall Thinning in Metal Pipes[C]// Proc of 17thWCNDT. Shanghai: Chinese Society for Nondestructive Testing, 2008 : 526.
4郭秋娟,蔡桂喜,董瑞琪.小口径薄壁管中纵向缺陷的周向超声导波检测[J].无损检测,2009,31(3):201-205. 被引量：8

1刘飞,韩思学,韩委呐,苏智敏,白静,黄婧禹,杨大坚.基于文献大数据分析微波的国内外研究现状[J].微波学报,2020,36(S01):434-438. 被引量：1
2杨晨,段滋华,马海桃,邢贺民,马耀.金属管道表面缺陷微波无损检测[J].无损检测,2013,35(3):34-37. 被引量：7
3周宇,周在杞.导行波检测新技术专题(一)——导行波检测技术综述[J].无损检测,2014,36(7):14-18. 被引量：1
4马健,周英丽,赵扬,王启武,巨阳.微扰法测量管道壁减薄的分析及实验研究[J].微波学报,2017,33(6):70-74.
5刘飞,韩思学,韩委呐,苏智敏,白静,黄婧禹,杨大坚.我国微波的应用现状研究[J].甘肃科技,2021,37(4):40-45. 被引量：2
6刘飞,唐新,黄婧禹,韩委呐,韩思学,杨大坚.微波检测五脏健康的可行性研究[J].西藏科技,2022(8):42-46.
7陈波.微波无损检测技术在管道中的应用[J].海河水利,2023(8):113-116. 被引量：2

无损检测

2008年第10期

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