1) oil-water layer
油水层
1.
Experimental investigation for oil-water layer identification using gas-chromatogram instrument.;
气相色谱识别油水层的实验研究
2.
Study of discriminating oil-water layer characteristic constituents with fluorescence micro image technique;
荧光显微图像技术判别油水层特征要素研究
2) oil-water bed
油水层
1.
Method research for identifying oil-water bed with fluorescence micro-image technique.;
荧光显微图像技术识别油水层的方法研究
2.
The application and study on core ion detection technology in distinguishing oil-water bed;
岩心离子探测技术在油水层识别中的应用研究
3) oil and water zones
油水层
1.
Construction of interpretation standard of oil and water zones of logging in Gaotaizi reservoirs in Yingtai area;
英台地区高台子油层录井油水层解释标准的建立
2.
Study on application of oil and water zones identification for Fuyu reservoirs in Zhaoyuan area;
肇源地区扶余油层油水层识别评价方法研究与应用
4) oil and water layers
油水层
1.
Identification method for oil and water layers by using array induction data;
应用阵列感应资料识别油水层
2.
With the increase of water cut, it is more and more difficult to interpretate oil and water layers for development wells, and logging interpretation cannot meet the demand of oilfield development.
随着开发程度的不断深入,含水的不断上升,开发井油水层解释的难度越来越大,疑难储层的评价只靠测井解释已不能满足开发的需要,为此,应用核磁共振技术并结合录井技术识别、评价油水层,很好地解决了这一难题。
5) oil and water zone
油水层
1.
The authors considered that the existed oil and gas relationship of the shallow-middle zones was complex,areal law was not clear,and the parameters in oil and water zones of each fault block and zone group had obvious difference.
认为该区中浅层赋存的油水关系复杂,区域性规律不明显,各断块和各层组的油水层参数界限具有明显的差异性,气测、地化、定量荧光等录井资料可以作为该区解释评价的依据。
2.
As the faults of Fuyang Reservoir in Shangjia Block are well-developed with complex reservoir types and with less exploration wells in recent years,all these have brought certain difficulties to the distinction of the oil and water zones in the developing wells.
尚家区块扶杨油层断层较发育,油藏类型复杂,加之近年来探井少,给开发井油水层的识别带来一定的困难。
6) oil-water layer
油水同层
1.
Taking the low permeability reservoirs in the Jishan sandbody of Huimin Sag,Jiyang Depression as examples,together with limited data of well tests,the geochemical evaluation method for the reservoirs has been proposed as follows:Firstly,Rock-Eval provides hydrocarbon-content information to determine sketchily oil layers,water layers and oil-water layers,and the marginal values of ST are 4.
以试油数据为参考,首先以热解定量方法初步评价,油层与油水同层、油水同层与水层的ST界限分别定为4。
2.
P layer in G oilfield is a structural-lithologic reservoir controlled chiefly by lithology with many oil-water layers.
G油田P油层是主要受岩性控制的构造-岩性油藏,油水同层比较发育。
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