国内外射线透视检测标准的技术研究
The Research on the Standards of Radiographic Testing at Home and Abroad
摘 要
对美国、欧洲和中国射线透视检测的标准化体系和关键技术指标进行了比较研究, 总结出各自的技术特点和相互之间的差别。指出美标体系合理, 对设备和图像质量的测试内容非常科学, 欧标过份强调图像分辨力对细节缺陷的检出能力, 提出了完善我国射线透视检测标准种类和关键技术指标的修订方法。
实时成像检测
检测标准
X-ray inspection
Radioscopy
Inspection standard
Abstract
Through research on the significant technical index and the standardization from America, Europe and China in the field of radioscopy, the characteristics and differences among them have been come to a conclusion. In addition, an amendment method to improve our radioscopic standard type and key technology domestically has been put forward.
中图分类号 TG115.28
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基金项目
收稿日期 2009/5/6
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备注孙忠诚(1963-), 男, 从事射线数字成像技术的研究开发。
引用该论文: SUN Zhong-Cheng,ZENG Xiang-Zhao,LIANG Lei. The Research on the Standards of Radiographic Testing at Home and Abroad[J]. Nondestructive Testing, 2009, 31(10): 819～826
孙忠诚,曾祥照,梁蕾. 国内外射线透视检测标准的技术研究[J]. 无损检测, 2009, 31(10): 819～826
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参考文献
【1】Uwe Zscherpel,Uwe Evert, Klaus Bavendiek, Possibilities and Limits of Digital Industrial Radiology-the new high contrast sensitivity technique-Examples and system Theoretical analysis[C]. International Symposium on Digital Industrial Radiology and computed Tomography. Lyon[s.n.],2007.
【2】BS EN 13068-1Non-destructive testing——Radioscopic testingPart 1: Quantitative measurement of imaging properties[S].
【3】BS EN 13068-2Non-destructive testing——Radioscopic testingPart 2: Check of long term stability of imaging devices[S].
【4】BS EN 13068-3 Non-destructive testing——Radioscopic testingPart 3: General principles of radioscopic testing of metallic materials by X and gamma rays[S].
【5】SE-1416Standard test method for radioscopic examination of weldments[S].
【6】SE-1255Standard practice for radioscopy[S].
【7】S E1000Standard guide for radioscopy[S].
【8】E 2597Standard practice for Manufacturing characterization of Digital Detector Arrays[S].
【9】E 1453Standard guide for storage of media that contains analog or digital radioscopic data[S].
【10】E 1411Standard practice for qualification of radioscopic systems[S].
【11】E 1734Standard practice for radioscopic examination of castings[S].
【12】E 2002Standard practice for determing total image unsharpness in Radiology[S].
【13】E 1742Standard practice for radiographic examination[S].
【14】E 94Standard Guide for Radiographic Examination[S].
【15】GB/T 17925气瓶焊缝X射线实时成像检测[S].
【16】GB/T 19293对接焊缝X射线实时成像检测[S].
【2】BS EN 13068-1Non-destructive testing——Radioscopic testingPart 1: Quantitative measurement of imaging properties[S].
【3】BS EN 13068-2Non-destructive testing——Radioscopic testingPart 2: Check of long term stability of imaging devices[S].
【4】BS EN 13068-3 Non-destructive testing——Radioscopic testingPart 3: General principles of radioscopic testing of metallic materials by X and gamma rays[S].
【5】SE-1416Standard test method for radioscopic examination of weldments[S].
【6】SE-1255Standard practice for radioscopy[S].
【7】S E1000Standard guide for radioscopy[S].
【8】E 2597Standard practice for Manufacturing characterization of Digital Detector Arrays[S].
【9】E 1453Standard guide for storage of media that contains analog or digital radioscopic data[S].
【10】E 1411Standard practice for qualification of radioscopic systems[S].
【11】E 1734Standard practice for radioscopic examination of castings[S].
【12】E 2002Standard practice for determing total image unsharpness in Radiology[S].
【13】E 1742Standard practice for radiographic examination[S].
【14】E 94Standard Guide for Radiographic Examination[S].
【15】GB/T 17925气瓶焊缝X射线实时成像检测[S].
【16】GB/T 19293对接焊缝X射线实时成像检测[S].
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