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- Non-excavating Laying Technology of Underground Gas Pipelines 地下燃气管道导向钻进非开挖敷设技术
- Method for Direct Assessment of External Corrosion of In-Service Underground Gas Pipelines 在役燃气埋地钢管外壁腐蚀状况的直接评价方法
- urban underground gas pipeline network 城市地下燃气管网
- underground gas pipelines 埋地燃气管线
- Stray Current Corrosion of Underground Gas Pipeline and its Monitoring 杂散电流对埋地燃气管道的腐蚀及其监测
- Diffusion Analysis of Leaked Gas during Accident of Underground Gas Pipeline 地下燃气管道事故泄漏扩散分析
- Existing gas pipelines can't carry it because it corrodes iron. 现有输油管不能输送乙醇因为它腐蚀铁器。
- Underground gas storage facilities design and implementation II. 储气库的设计与实施2。
- Hermeticity Analysis on Insulation Junction of Underground Gas Pipeline with Jacket Component 带套筒构件埋地燃气管道绝缘接头的密封性研究
- Technical specification for control external corrosion on underground gas pipeline of steel in area of cities and towns 城镇燃气埋地钢质管道腐蚀控制技术规程
- In mountainous area, gas pipelines are destroyed by rockfall impact. 其中，在山区由落石冲击作用引起输气管道破坏的现象时有发生。
- Predictive Model for Pit Growth on Underground Gas Pipeline in City Base on Neutral Network 基于人工神经网络的埋地燃气管道最大腐蚀坑深预测
- Manned patrol is an important work to ensue safe run of oil and gas pipelines. 人工巡检是保证油气管道安全运营的一项重要工作。
- As for gas pipelines, the gas company dedicated to transforming the operations. 至于燃气管道，改造要由燃气公司的专人操作。
- The Application of Impressed Current Cathodic Protection Technology with Deep-Well Anodes in Zhengzhou Underground Gas Pipeline 外加电源深井阳极阴极保护技术在郑州市地下燃气管网中的应用
- The gas pipelines were launched in 2002. Up to now, 76Kms of gas pipes have been completed in Zhuhai. 珠海市政府2002年启动管道燃气的建设,到现在为止,己开通燃气管道共76千米。
- Why hasn't the U.S.Stopped the Ugi Gas pipeline? |为什么美国没有阻止 优基石油公司的管道计划？
- The adiabatic throttle of retaken natural gas (RNG) is key technology of the underground gas storage (UGS) operation. 天然气绝热节流是地下储气库回采的关键技术,可以利用节流冷效应实现回采天然气的脱水、脱油。
- In this paper existing underground gas storages in the world were investigated in detail and the capacit. 地下储气库是世界范围内广泛采用的主要储气调峰方式之一。
- It can be used as a kind of effective mean for corrosivity appraisal of the soil along oil and gas pipelines. 通过实例分析比较,证明了该方法的正确性和优越性,从而为油气管道沿线土壤的腐蚀性评价提供了一种有效的手段。
