1.
A study on the migration and accumulation efficiency and the source area of natural gas in Hetianhe Gas Field of Tarim Basin
和田河气田天然气运聚效率及源区探讨
2.
Testing and Analysis of Operation Efficiency for Gas Compressor Sets
天然气压缩机组运行效率的测试与分析
3.
Surface of unconformity controls the gas migration and accumulation.
不整合控制着天然气的运移和聚集。
4.
Migration and Accumulation Patterns of Natural Gases in the Qiongdongnan Basin;
琼东南盆地天然气运聚成藏规律研究
5.
Energy-Saving Rebuilding to Raise the Energy Utilization Efficiency of the Soaking Pit of Burning Natural Gas
提高天然气均热炉热效率的节能改造
6.
Improvement of Calculation Method of Gas Accumulation Rate in Gas Reservoir--41 Large and Medium Gas Fields in China as Examples
气藏天然气聚集速率计算方法的改进——以我国41个大中型气田为例
7.
The control of Paleo-Fluid Potential Evolution to Natural Gas Migration and Accumulation in Yinggehai Basin
莺歌海盆地流体势场演化对天然气运聚的控制
8.
The Migration and Accumulation Characters of the Upper Paleozoic Gas Reservoir in Ordos Basin;
鄂尔多斯盆地上古生界天然气藏的运聚特征
9.
MUD-FLUID DIAPIR AND HYDROCARBON ACCUMULATION IN YINGGEHAI BASIN
莺歌海盆地泥-流体底辟构造与天然气运聚
10.
A discussion on the geochemical characteristics and migration and accumulation of natural gas in the eastern Tarim Basin
塔东地区天然气地球化学特征及运聚探讨
11.
Mechanism of Transporting Natural Gas and Physical Simulation of Transporting Efficiency on Reverse Fault;
逆断层输导天然气机制及输导效率物理模拟
12.
Research on Thermal Efficiency in Catalytic Combustion Condensing Boiler V of Natural Gas
天然气催化燃烧V型冷凝锅炉热效率研究
13.
The mechanism and pattern of reservoir are different between CBM and natural gas.
煤层气作为一种非常规天然气,其运聚机制和成藏模式与常规天然气不同。
14.
liquid gas carrier
液化气运运输船液化天然气运输船
15.
The dissolution convection may be an important mechanism for the migration and accumulation of gas pools.
水溶对流可能是石炭系天然气运聚成藏的重要机制。
16.
Design of High Efficiency Low Energy Consumption Natural Gas Fired End Port Furnace for Multi-line Production
“—窑多线”高效率、低能耗大型烧天然气马蹄焰池窑设计
17.
A large scale migration and accumulation took place during Later Himalayan movement,as a result a type of called remained gas pools with higher gas columns were formed.
喜山构造运动使研究区天然气重新大规模运移聚集，形成充满度很高的残余气藏。
18.
The hydrocarbon expulsion efficiency of source rockprimary migration is usually high because of its property of natural drive.
因油气初次运移为自然驱替，因此源岩的排烃效率较高。