The design principle and realization method of a new kind of radiographic welding seam inspection system for steel tube were introduced.
介绍了一种应用于钢管焊接接头检验的射线透视系统的设计原理与实现方法。
Radiographic ct imaging technology, a high performance non-destructive testing method, is quite appropriate for inspection and quality control of steel pipes.
射线ct成像技术作为一种高效的图像检测手段，特别适合对钢管截面的尺寸参数进行检测和控制。
There are mainly two quality inspection techniques of TLP, i. e. radiographic inspection and ultrasonic inspection.
关于瞬时液相扩散焊的质量检测技术主要有两种，射线探伤和超声波检测。
Automatic ultrasonic testing, manual ultrasonic testing and radiographic testing techniques were used on the inspection of embedded defects.
采用全自动超声波检测、手动超声波检测以及射线检测方法对预制缺陷进行了检测。
Whenever possible, radiographic inspection work will be performed during the night time, or outside normal working hours.
尽可能将放射性检查工作放在夜晚或正常工作时间外进行。
The results show that the qualified ratio of medium-pressure electron beam welding is higher than high-pressure electron beam welding in radiographic inspection.
结果表明：射线探伤检验，中压电子束焊接合格率优于高压电子束焊接；
Finally, the welding procedure has been proved to be feasible by as-welded appearance checking, magnetic powder inspection, ultrasonic inspection and radiographic inspection.
最后，本课题通过焊后的外观检测、磁粉探伤焊、超声探伤和射线探伤证明了焊接工艺规范合理可行。
Finally, the welding procedure has been proved to be feasible by as-welded appearance checking, magnetic powder inspection, ultrasonic inspection and radiographic inspection.
最后，本课题通过焊后的外观检测、磁粉探伤焊、超声探伤和射线探伤证明了焊接工艺规范合理可行。
应用推荐