1.
The Development of a Lampless Pen-Apparatus for Measuring Flaw Height on Radiography;
无光源笔式射线照相缺陷测高仪的研发
2.
Three methods for determining the height of defects were given.
并介绍了三种缺陷自身高度的超声测试方法。
3.
Research of Defects Detection Technology Based on High Resolution PCB Image;
基于高分辨率PCB图像的缺陷检测技术研究
4.
Experiment of Defects self-height Measurement with Endpoint Diffraction Wave
端点衍射波法测量缺陷自身高度的实验
5.
Accuracy Improving of Defect of Grouting Pile by Low Strain Reflective Wave Method
提高低应变反射波法检测桩身缺陷的准确度
6.
infrared bond defect detection system
红外焊接缺陷探测系统
7.
infrared Bond defect detector
红外焊接缺陷检测器
8.
Research on Mura Detection in TFT-LCD;
TFT-LCD Mura缺陷检测研究
9.
Defects Detection Algorithm for On-line Automatic Detection of Welding Defects;
焊接缺陷在线自动检测中缺陷检测算法的研究
10.
Secondly, test case-reused and bug information sharing can improve the efficiency of test work.
测试用例的复用和缺陷信息的共享能提高测试工作的有效性;
11.
Higher order path -Remote Defect Indication
高阶通道接收缺陷指示
12.
Software Test Tool Based on Defect Pattern and Interval Computation
基于缺陷模式和区间运算的缺陷检测系统
13.
Approach to detecting defects in wheels based on flaws' characteristics and seeded region growing method
基于缺陷特征与种子填充的轮毂缺陷检测方法
14.
It is software test that is effective way to find bug and improve the quality of software product.
软件测试正是发现软件缺陷、提高软件产品质量的有效手段。
15.
In the process of ultrasonic inspection, one of the difficulty is defect qualitative problem.
超声波检测中,缺陷定性是检测的难点。
16.
The Technology of the Detection for Defects in BGA Package Based on Flat Panel Detector
基于平板探测器的BGA缺陷检测技术
17.
The Defect Parameter Predicted and Quantitative Analysis in MFL Inspection
漏磁检测中缺陷参数预测与定量分析
18.
A review of progress and comparison of potential techniques for effective use ot ultrasonic signal processing to improve flaw detection and classification and material characterization is provided.
超声检测信号处理技术可提高缺陷的检测与分类能力，并可表征材料的性能。