1.
A Method to Identify Complex Oil and Water Coexistence Reservoirs with Low Porosity and Permeability
低孔低渗复杂油水层的油水同层识别方法
2.
APPLICATION OF DISCRIMINANT ANALYSIS IN DISTINGUISHING OIL,OIL-WATER.AND WATER LAYER
判别分析在判别油层、油水同层及水层方面的应用
3.
A New Method to Determine Original Oil Saturation in Oil-water Layer
确定油水同层原始含油饱和度的新方法
4.
Potential Research and Perforation Effect Evaluation of Gaotaizi Oil-water Layers in the Sazhong Development Area;
萨中开发区高台子油水同层潜力研究及挖潜效果评价
5.
Development Effect Research on Water Flooding and Polymer Flooding Working Together in Second Type Reservoirs of Sa Ertu Oilfield
萨尔图油田二类油层水聚同驱开发效果研究
6.
Creativities of this paper are as follows:This paper carries out the experiment to study the mechanism of water flooding-polymer flooding-WAG by different rhythm models for the first time.
本论文属首次开展不同韵律油层水驱-聚合物驱-气水交替实验研究;
7.
There was a film of oil on water.
水面上有薄薄的一层油。
8.
slight oil cut water
含有少量油的地层水
9.
Influence of the impervious interbeds on the drainage and oil production performance of the thin oil reservoir with bottom water
隔夹层对薄层底水油藏排水采油动态影响研究
10.
Study of Numerical Simulation of Surfactant Flooding in Low Permeable Layer;
低渗透油层活性水驱油数值模拟研究
11.
Study of Protection Technology in Hydrocarbon-Bearing Formation of Horizontal Well in Jianghan Oilfield;
江汉油田水平井保护油气层技术研究
12.
Recover remaining oil from thick fluvial reservoir with horizontal wells
应用水平井开采河流相厚油层剩余油
13.
A study on filtering flow rules and water-oil displacement characteristics in deep pay and low permeability oil reservoirs;
深层低渗透油层渗流规律与水驱油特性研究
14.
Stable production conditions and well pattern infilling for development of multilayered reservoir with separate zone water injection
多油层油藏分层注水稳产条件与井网加密调整
15.
Experimental studies are found firstly that the exploitation method and the rules of water flooding-polymer flooding-WAG.
实验研究首次发现不同韵律油层水驱-聚合物驱-气水交替开采方式及规律;
16.
Potential development of the remaining oil in the top of thick oil layers by horizontal wells in Lamadian oil fields
喇嘛甸油田厚油层顶部剩余油水平井挖潜方法
17.
Parameters such as Bo, GOR, Z, μo, μ(subscript g), μ(subscript w) and so on, can be obtained by PVT experiments, using these parameters we can obtain oil-gas-water yields of floor condition.
将全井各油气小层段的油气水产量叠加，即可求出全井所有油气层的油气水总地层产量。
18.
On Prediction Method for Water Content Ratio of Thick Oil Formation in Extra-high Water Cut Period
特高含水期厚油层含水预测方法研究