1.
Basic Research about Mechanism of Magnetic Memory Method;
金属磁记忆检测技术若干基础性问题的研究
2.
The Current Situation and Development Trends of Pipeline Metal Magnetic Memory Testing Technique
管道金属磁记忆检测技术现状分析及发展研究
3.
The method of metal magnetic memory (MMM) is a new non-destructive testing technology.
金属磁记忆检测技术是一种新型的无损检测技术。
4.
Research on Quantitative Assessment of Fatigue Damage by Metal Magnetic Memory Methods
金属磁记忆检测技术定量评估构件疲劳损伤研究
5.
Study of metal magnetic memory technology used for steel-cord belts testing
钢绳芯胶带金属磁记忆检测方法研究
6.
The Research of Metallic Magneto-Elasticity and Magnetic Memory Testing Signal Acquisition and Processing System
金属磁弹、磁记忆检测信号采集处理系统的研究
7.
The Research of Mechanism and Application of the Metal Magnetic Memory Testing;
磁记忆检测技术机理及其应用的研究
8.
Metal Magnetic Memory Signal Processing Based on Wavelet Analysis;
基于小波分析的金属磁记忆检测信号分析处理
9.
Research on Metal Magnetic Memory Test in Process of Frictional Wear
摩擦磨损条件下金属磁记忆检测实验研究
10.
Feasibility Research on Metal Magnetic Memory Based Intelligent Piping Technique;
基于金属磁记忆的智能清管器技术可行性研究
11.
Research on the Mechanism of Metal Magnetic Memory and the De-noising Technology Based on Wavelet Transformation;
磁记忆检测机理与信号的小波去噪技术的研究
12.
Application of Magnetic Memory Testing to Butt Weld of Guide Steam Tube
磁记忆检测技术在导汽管对接焊缝中的应用
13.
Critical stress state evaluation for early damage with metal magentic memory method
早期损伤临界应力状态磁记忆检测技术
14.
Research and development of metal magnetic memory in the field of welding defect inspection
金属磁记忆在焊接缺陷检测领域的研究现状及发展
15.
Research of Magnetic Memory Testing Technology on Nondestructive Testing of Representative Steel Structure;
磁记忆检测技术在典型钢结构无损检测中的研究
16.
Discussion on Characterizing Stress Concentration,Residual Stress and Defect by Metal Magnetic Memory Testing
金属磁记忆技术表征应力集中、残余应力及缺陷的探讨
17.
Fatigue Damage Model of Notched 18CrNi4A Steel Specimens by Metal Magnetic Memory Method
基于金属磁记忆技术的18CrNi4A钢缺口试件疲劳损伤模型
18.
Application of Metal Magnetic Memory Testing Technology on Pipeline and Preliminary Investigation into Comparable Quantitive Analysis;
油气管道的磁记忆检测技术应用及其对比性定量的初探