检验设备完善，有磁粉探伤机和硬度计。
Improve the testing equipment, magnetic detection machines and hardness.
有一定的英文基础，能编写英文探伤报告；
Enough English ability to make the English inspection report.
介绍半球对接焊缝超声探伤的声程定位方法。
Ultrasonic flaw location in semisphere butt welds by sound path method is described.
在寒冷天气下探伤，是一件富于挑战的工作。
It is a challenge job to detect the defects in cold weather.
它的广泛报导集中在所有类型金属铸件的探伤。
Its comprehensive coverage focuses on detection of defects in all types of metal castings.
无损探伤是对结构和焊接接头进行检验的主要手段。
NDT is the primary method to check the structures and weld joints.
检测设备有无损探伤设备9台，理化试验设备18台。
There are non-destructive testing equipment testing equipment 9, 18 physical and chemical test equipment.
在拆除这些附件后，对表面进行打磨并进行磁粉探伤。
After removing these attachments, the surface shall be ground flush and examined by magnetic particle method.
交货状态为：热轧，控轧，正火。经供需方协议加做探伤。
Delivery state: hot rolling, controlled rolling, normalizing. After the agreement for doing inspection.
在使用高合金钢或无铁材料时，可用渗透探伤进行检测。
In case of high alloy steel or nonferrous materials, liquid penetrate method can be substituted.
在一定的尺寸范围内，通过超声波探伤可检测到此类缺陷。
From a certain size, defects of this type can be detected by ultrasonic inspection before delivery.
在超声波探伤信号耦合的理论和方法上，填补了国内空白。
The theory and method of ultrasonic inspection signal coupling have filled the country blank.
对蒙皮切口周边区域做高频涡流探伤检查并确定无裂纹存在。
Performing high frequency eddy current inspection of area around skin cutout and make sure that no crack existing.
本文介绍了红外热成像无损探伤技术的基本原理和检测方法。
The principles and methods of infrared thermography NDT technique were introduced.
维护探伤设备，根据相关标准要求制定探伤仪器的校验工作。
Maintain NDT equipment. Draw up the NDT equipment checklist based on related standards.
使用这种方法，一般只需两到四次透照就能完成封头焊缝的探伤。
It takes only two to four irradiations to inspect a sealing head weld by using the technology.
超声波探伤中的缺陷精确定位问题是超声波探伤的主要任务之一。
Accurate flaw positioning is one of the important tasks of ultrasonic flaw detecting.
简述了控制螺旋焊管钢带剪刃质量的两种无损探伤方法的探伤机理。
This paper introduces two methods of nondestructive testing mechanism for controlling strip shear knife quality in spiral welded pipe.
材料对超声波的衰减是影响超声波探伤仪检测能力的主要因素之一。
Attenuation of ultrasonic wave by material is one of main factors influencing detection capability of ultrasonic wave defectoscope.
目的分析电子加速器探伤机产生的轫致辐射的屏蔽及对环境的影响。
Objective To analyze the shielding of the radiation generated by electron accelerators and is impact on environment.
供货方应向用户提交一份涡流与超声波探伤规程，并要得到订购方认可。
The supplier shall furnish the Eddy Current and Ultrasonic Test Procedure to the purchaser for approved.
这些损伤可能导致结构整体的破坏，因此，必须及时进行结构无损探伤。
If the damages can't be found in time, they may cause serious damage on the whole structure.
焊缝须进行超声波探伤检查并清除缺陷，焊后对焊缝余高进行铲除并磨平。
Ultrasonic defect detection inspection shall be carried out for welding seams and defects shall be removed. the excess weld metal of welding seam must be eradicated and abraded after welding.
针对国内现有油管磁性探伤检测线的不足，研制了新型油管电磁探伤装置。
In the light of the shortcomings of the existing tubing magnetic testing line, a new magnetic testing apparatus is developed.
针对超声探伤的特点，设计了低噪声、宽频带、动态范围大的接收调理电路。
Aimed at the characteristics of ut, a receive and adjust circuit is designed, which have character of low noise, wideband, wide dynamic range of input.
在回顾机车车轴超声波探伤方法的基础上，分析了超声波探伤的工艺参数选择。
Based on the reviewing of the method of ultrasonic detection for locomotive axle, the choice of process parameters of ultrasonic detection was analyzed.
本文分析了超声波探伤纵波检测的误差来源，评定了在探伤过程中的不确定度。
This paper deduces the errors sources from the process of ultrasonic longitudinal wave testing and evaluates its uncertainty.
我国钢轨的探伤主要采用超声波检测方法，设备主要有大型探伤车和小型探伤仪。
In our country, we mainly use ultrasonic detecting method, the mainly equipments are the big detector train and the rail detector.
这里论述了在中厚钢板超声探伤系统中，钢板缺陷的确定以及钢板缺陷位置的确定。
This paper mainly discusses the confirmation of the steel plate flaw in the thick steel plate ultrasonic crack detection system.
在焊缝超声波探伤中应用断裂力学分析缺陷危害程度，以提高探伤结果的可靠性。
Fracture mechanics has been applied for harmfulness analysis of flaws in ultrasonic testing of welds in order to improve the reliability of testing results.
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