| 1. | Sub - layer correlation by step control well - to - seismic integration
井震联合分级控制小层对比方法 |
| 2. | Calculation of subzone water saturation by logging interpretation
测井解释小层含水饱和度算法研究 |
| 3. | Through the partition and contrast of oil layer , the four sand groups 16 minilayers are divided into 19 sedimentary units
通过层组的划分与对比，将原来四个砂组16个小层细分为19个沉积时间单元。 |
| 4. | What is called " substrata " is always single sand or single sand layer and belongs to the lowest reservoir unit
所谓“小层” ，通常是指单砂体或单砂层，属于油气田最低级别的储层单元，为油气开发的基本单元。 |
| 5. | Parameters such as bo , gor , z , o , ( subscript g ) , ( 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。 |
| 6. | Applying small scale strata units tracking and correlation method , the middle to small strata units of the jurassic middle cycles in the studied area has been tracked and correlated in this paper
本文采用小尺度地层单元的等时追踪对比方法，对研究区侏罗系中相当于中期旋回层序中的中、小层尺度地层单元进行了等时追踪对比。 |
| 7. | The sanjianfang formation ' s oil reservoir can be divided into 39 substrata on sedimentary cycle and sedimentary rhythmic character of reservoir . and two new fault among the wells is confirmed through the division of substrata and the dynamic test
依据沉积旋回和韵律将研究区三间房组地层细分为39个小层，通过划分小层和动态检验落实了两条井间断层。 |
| 8. | Based on analysis of geological and developing factors affecting water cut of oil wells , model for predicting water cut in small layers of oil wells under different sandbody connecting relations between oil and water wells is set up by using numerical simulation method
本文在对影响油井含水的地质及开发因素分析的基础上，用数值模拟方法建立了油水井间不同砂体连通关系下，油井小层含水率预测模型。 |
| 9. | 9 . the direction of the sand body distributing , the sedimentary environment , the physical properties of the sand body and the incised action that the fault bring to sand body lying its two sides , are the main factors that effect on the rule of the movement of the oil and water lie in same substrata
储集砂体展布方向、所处的沉积环境、物性以及断层对两侧砂体的切割作用是影响同一小层内油水运动规律的主要因素。 s _ 1砂层组比其它砂层组剩余油相对富集。 |
| 10. | Its sands tend to be laterally inextensive in the plane . this research know distribution and connectivity of the sand layer by the study of division and correlation of substrata , and effective analyze the distribution of gas pool , disciplinarian of gas and water , heterogeneity , condition of reservoir , making hydrocarbon , caprock and the type of trap in the whole field
本次研究主要是通过小层的划分和对比，对气田范围内砂体的展布和连通状况有深刻的认识，从而有效地对气田内气藏的分布特征，油、气、水的分布规律，储层发育的非均质性，储集条件以及生烃、盖层、圈闭类型等进行了分析。 |
