| 1. | Reliability analysis of accelerated corrosion factor for fatigue critical components
疲劳关键件加速腐蚀因子可靠性分析 |
| 2. | Acceleration corrosion factor analysis for fatigue critical components based on the weibull distribution
分布的疲劳加速腐蚀因子分析 |
| 3. | Based on different soil corrosion factors and pipe corrosion principle , obligated current negode protection and sacrifice anode protection can be used here
根据不同的土壤腐蚀因素以及管道腐蚀原理，可以采用强制电流阴极保护和牺牲阳极的阴极保护。 |
| 4. | Given corrosion factors including srb , the corrosiveness of regional marine sediment was classified based on the fuzzy clustering analysis technology ( fca )
考虑包括srb在内的腐蚀环境因子，使用模糊聚类分析技术对区域性海洋沉积物腐蚀性进行了划分。 |
| 5. | Considerations as to pipeline integrity , future maintenance , corrosion factors , field assembly , weight and safety should be given in determining the method of connecting the valve in the pipeline
在确定管线中阀门的连接方法时，需要考虑到管道的整体性，今后的维护，腐蚀性，现场安装，重量和安全等因素。 |
| 6. | Considerations as to pipeline integrity , future maintenance , corrosion factors , field assembly , weight and safety should be given in determining the method of connecting the valve in the pipeline
应该考虑到管道的整体性，今后的维护，防腐蚀因素，现场装配，重量和安全等方面，以决定管路上阀门的连接方式。 |
| 7. | Given corrosion factors including srb , the corrosiveness of regional marine sediment was classified based on fca . the corrosion rate were predicted by fca . the chart of corrosiviness was plotted
考虑包括srb在内的腐蚀环境因子，使用模糊聚类分析技术对区域性海洋沉积物腐蚀性进行了划分，并据此绘出腐蚀图谱。 |
| 8. | Considerations as to pipeline integrity , future maintenance , corrosion factors , field assembly , weight and safety should be given in determining the method of connecting the valve in the pipeline
管道系统的完整性，未来的日常维护，防腐因素，现场装配，重量和安全性等等因素都是决定了阀门与管道连接方式所应该考虑的因素。 |
