1) gas transmission
输气
1.
Dazhangtuo underground gas storage is a matching construction of Shaanxi-Beijing gas transmission pipeline.
大张坨地下储气库是陕京输气管道的配套工程,保障天然气的调峰需要和供气安全,是由一个正在进行循环注气开发的凝析气藏改建而成的。
2.
For an existent gas transmission pipeline network system, it is necessary to conduct adaptability analysis to accommodate it to the gas transmission technologies, as a result of the continuously changing resources and markets.
对于一套现存的输气管网系统,由于资源、市场的不断变化,使得现有输气管网系统有可能不适应输送工艺的要求,需要对管网进行适应性分析。
3.
Based on natural gas transmission pipelines in Sichuan and Chongqing, this article introduces the method of environmental risk assessment on natural gas transmission pipelines.
结合川、渝天然气输气管线情况 ,对输气管道环境风险评价方法进行了介绍和讨论。
2) entraining gas
输送气，载气
3) gas transmission pipeline
输气管线
1.
The relationship between CTOA and crack_arrested length,the effects of operating pressure and wall thickness of pipeline on dynamic fracture and arrest of the west_east gas transmission pipeline in China were analyzed by the use of.
介绍了一种近年来新发展的输气管线断裂控制参量———裂纹尖端张开角 (CTOA)的计算模型及方法。
4) pneumatic conveying
气力输送
1.
Flow characteristics and Shannon entropy analysis of dense-phase pneumatic conveying of pulverized coal under high pressure;
高压浓相粉煤气力输送特性及信息熵分析
2.
Investigation on characteristics of pulverized coal dense-phase pneumatic conveying under high pressure;
煤粉高压密相气力输送特性
3.
Flow characteristics and Shannon entropy analysis of dense-phase pneumatic conveying under high pressure;
高压浓相粉煤气力输送特性及信息熵分析(英文)
5) pneumatic transmission
气力输送
1.
Application of double-pipe long-distance pneumatic transmission technology;
双套管长距离气力输送技术的应用
2.
Factors analysis on fragmentation ratio of carbon black during pneumatic transmission;
炭黑在气力输送过程中破碎率的影响因素分析
3.
The expediency for choice of pneumatic transmission equipment & lower energy was gave.
介绍了一种食品生产过程中颗粒状物气力输送过程中压力损失计算的方法 ,该方法具有简捷、易懂、准确等特点 ,为生产过程中气力输送机械的选择和降低能耗提供了方
6) pneumatic convey
气流输送
1.
The application of PLC in pneumatic convey facilities in acetylene production procedure;
PLC在乙炔系统气流输送装置中的应用
补充资料：输气
1.服气。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条