1.
Research on Compression Method of Detecting Signals in Working Pipeline Leaky Magnetic Flux Detection;
在役管线漏磁检测中检测信号压缩方法的研究
2.
Study on Quantitative Risk Assessment for the Long-Distance Oil/Gas Pipelines in Service;
在役油气长输管线定量风险技术研究
3.
On the Performance Determination of External Anticorrosive Coating and the Antiseptic Rank Assessment of Buried Pipeline in Service
在役埋地管线外防腐层的性能测定与防腐等级评估
4.
Monitoring and Early-warning Technology and Application in Pipeline Landslides
在役输油气管道沿线滑坡灾害监测预警技术及应用
5.
Microstructure of heat-affected zone of in-service welding onto pipeline steel by welding thermal simulation
管线钢在役焊接热影响区显微组织的热模拟研究
6.
The Reliability Analysis and Maintenance Decision-Making for Existing Submarine Pipelines;
现役海底输油管线的可靠度分析与维修决策
7.
active duty (military); though past retirement age he is still active in his profession.
现役（军事）；尽管已经过了退休年龄，他还是在工作。
8.
Study on Prediction Technology for Residual Lifetime of Corroded Gas Pipeline in Service;
在役输气管道腐蚀剩余寿命预测技术研究
9.
Study on the Risk Assessment and Risk Management for In-service Safety Valves of Petrochemical Equipment;
石化装置在役安全阀的风险评价和风险管理
10.
Assistant Management Study of the On－lineBorer According to the Parameter of the Dynamic Reliability;
以动态可靠度为参数在役钻机辅助管理研究
11.
Research on Condition Assessment of Existing Bridges and the Maintenance Managing Method;
在役桥梁状态评估和养护管理方法的研究
12.
Development and Study on Safety Auxiliary Assessment System for In-service Pressure Pipelines Containing Defects;
在役压力管道缺陷安全辅助评定系统开发研究
13.
The System Software Development of the Safety Assessment System of Remaining Strength for Long-distance Transported Pipeline in Use;
在役长输管道剩余强度安全评定软件开发
14.
Research on the De-noising and Compression of MFL Signals of Working Pipes;
管道在役检测信号去噪与压缩方法的研究
15.
Analysis and Treatment of Defect Beyond Tolerance on Welding of Raw Syngas Pipeline In Service
在役粗合成气管道焊接超标缺陷的分析与处理
16.
Study on Static Load Test of Steel-pipe Concrete Bowstring Arch Bridge under Service
在役钢管混凝土系杆拱桥静载试验研究
17.
Evaluation of Uncertainty in Ultrasonic Measurement of Wall Thickness of In-use Oil Well Tubing
在役油井管壁厚度超声波测量不确定度的评估
18.
The Toyaku Line should be breached.
远役防线应该被攻破。