1.
The oil-water contact (OWC) is the deepest level of producible oil.Similarly,the gas-oil contact(GOC) or gas-water contact(GWC),as the case may be,is the lower limit of producible gas.
油水界面是可采原油的最深部位。同样，油气界面或水气界面是可产天然气所能达到的最低深度。
2.
GOC) or gas-water contact( GWC), as the case may be, is the lower limit of producible gas.
同样，油气界面或气水界面是可产天然气所能达到的最低深度。
3.
The oil and gas coordinated development is another approach to control the GOC effectively.
对油气界面进行有效控制的另一种方法即是油气协调开发。
4.
The best development effect will be achieved if the distance between the horizontal well and the oil-gas interface accounts for 80% to 90% of the oil bearing thickness.
水平井距油气界面的距离为含油厚度的80%～90%时开发效果最优。
5.
boundary pressure
油水或气水界面之平均流体压力
6.
The dynamic position of GOC and WOC can be determined by the production data or the fluid contacts in observation wells.
利用油井的生产资料或观察井中的流体界面变化情况来确定油气、油水界面的动态位置。
7.
Rheological Studies of Soy Protein at the Air-Water and Oil-Water Interfaces
大豆蛋白在空气—水和油—水界面上的流变学研究
8.
Natural Emissions of Methane and Source Identification from Oil-Water Interface of Yakela Condensed Oil/Gas Field
雅克拉凝析油气田油水界面甲烷天然释放及其源示踪
9.
Forum mondiale des GPL
世界液化石油气论坛
10.
World LP Gas Association (WLPGA)
世界液化石油气协会
11.
CHARACTERISTICS AND PETROLEUM GEOLOGIC SIGNIFICANCES OF THE SEQUENCE BOUNDARY SURFACE OF CAMBRIAN STRATA IN TARIM BASIN
塔里木盆地寒武系层序界面特征及其油气地质意义
12.
Relations Between Paleozoic Main Unconformities and Hydrocarbon Accumulation in Tazhong Katake Uplift
塔中卡塔克隆起古生界主要不整合面与油气成藏关系
13.
The characteristics of the unconformity surface of the Yaojia Group bottom and its relationship with hydrocarbon accumulation,western slope zone of Songliao basin
西部斜坡区姚家组底界不整合面特征及其与油气运聚的关系
14.
oil-water interface
油与水之间的交界面
15.
THE OIL POOL TYPES OF LOWER PALAEOZOIC IN A OIL FIELD,TALIMU BASIN,XINJIANG PROVINCE
塔里木盆地某油气田下古生界油气藏类型
16.
The oil-water contact (OWC) is the deepest level of producible oil.
油水界面是可采原油的最深部位。
17.
Interfacial Tension Between Petroleum Carboxylate and Daqing Crude Oil
石油羧酸盐和大庆原油间的界面张力
18.
boundary -layer air
附面层[边界层]空气