1) proposal
输气压力
2) 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。
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) Gas pipeline
输气管线
1.
Studies on Pressure of Ice Blocked Gas Pipeline;
冰阻状态下输气管线压力变化规律的研究
2.
Using the finite element theory, this paper is concerned with, the dynamic characteristics of a cable-stayed pipe bridge of Zhongqing gas pipeline spanning Fujiang caused by the liquid column accumulation while pigging.
本文利用有限元理论，分析了中青输气管线涪江跨越管桥，在清管时积液柱通过管 桥时的动态力学特性。
5) Gas pipeline
输气管道
1.
Application of a practical calculating method in determining risk factors' weight of gas pipeline;
不确定层次分析法在确定输气管道风险因素权重中的应用
2.
Least Square Method for Evaluating Pipe Roughness of Gas Pipelines;
输气管道当量粗糙度的最小二乘算法
3.
Design and construction of dewatering and drying process of sub-sea gas pipelines in DF 1-1 gas field;
东方1-1气田输气管道除水与干燥工艺设计及施工
6) Natural gas pipeline
输气管道
1.
Evaluation on the safety of natural gas pipeline impacted by dangerous rock fall;
危岩体坠落冲击对输气管道影响的分析评价
2.
The constitution and features of Citect is intruduced in this paper,and the application in the SCADA system for Shan－Yin natural gas pipeline is presented in detail.
本文介绍了Citect工控组态软件的组成及特点，并对其在陕银输气管道SCADA系统中的应用进行了较为详细的说明。
参考词条
补充资料：气压梯度力
| 气压梯度力 pressure gradient force 在大气中由于气压在空间的分布不均匀，而作用于气块上的力。对单位质量的气块而言，气压梯度力的方向与等压面垂直，且从高气压指向低气压；它的大小与气压梯度的数值成正比，与空气密度成反比。水平方向上的气压梯度力在水平面上垂直于等压线，且由高气压指向低气压。在地面天气图上，经常存在一些高、低气压中心。通常在高气压区内，气块所受的水平气压梯度力垂直于等压线且由高气压中心指向外；而在低气压区内，气块所受的水平气压梯度力垂直于等压线且指向低气压中心。由于在大气中气压随高度的增加而减少，因此通常铅直方向上的气压梯度力与重力的方向相反。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。