用常规测井资料在该区难以准确识别储层流体性质。
It is very difficult to accurately distinguish the fluid property by means of conventional well-logging data.
地球物理测井能识别储层流体性质的前提条件是油、气、水的物理参数存在差异。
The difference of physical parameters in oil-gas-water are premise that geophysical well log can be used for fluid typing.
如何准确、直观地判断储层流体性质一直以来都是测井解释研究的重要课题之一。
How to judge the reservoir fluid property accurately and visually has been one of the projects of well logging interpretation.
电缆地层测试技术是油气勘探验证储层流体性质、求出地层产能最为直接的方法之一。
Cable formation testing technology is one of the most direct methods to verify fluid properties and calculate formation productivity.
碳酸盐岩储层由于其孔隙度低、非均质性强等原因，使得以电阻率高低来识别储层流体性质的常规方法失效。
Low porosity and high heterogeneity in carbonate reservoir make the conventional logging method invalid which USES the resistivity to identify fluid property.
储层的敏感性与储层砂岩中粘土矿物成份、含量及储层流体性质密切相关，它在油田开发过程中起着重要的作用。
The reservoir sensitivity is closely related to clay mineral contents in sandstone and fluid properties of reservoir, which plays an important role in oilfield development.
含油饱和度是评价储层流体性质及含油性的重要参数之一，含油饱和度的求取主要是靠地化热解值、孔隙度等参数。
Oil saturation is one of the important parameters to evaluate fluid property and oil-bearing occurrence in a reservoir, which is mainly calculated by geochemical pyrolysis value, porosity and so on.
二维核磁共振测井通过多种探测深度测量对比，得到了泥浆侵入剖面流体变化信息，提供更准确的储层流体性质信息。
The fluid changing data of mud invasion profile are obtained by contrast of 2d NMR measurements data at different depths, and this provides more accurate reservoir fluid property information.
利用核磁测井资料能较好地识别火成岩储层，划分火成岩的储层类型，提高孔、渗、饱储层参数计算精度及储层流体性质解释符合率。
Igneous reservoir can be identified finely with NMR logging data, types of igneous reservoir can be sorted and parameter precision of reservoir can be improved.
含油饱和度是评价储集层流体性质的重要参数之一。
Oil saturation is one of important parameters for the evaluation of the reservoir fluid property.
热解气相色谱技术应用于储集层流体性质评价目前还处在探索阶段。
It is still at study that pyrolysis gas chromatography technology is applied in the evaluation of reservoir fluid property.
在利用气相色谱分析手段进行储集层流体性质研究方面，该文提出了一种新的方法轻烃分析技术。
As to making use of gas chromatogram analytical method to study reservoir fluid nature, the author provides a new method-Light Hydrocarbon Analyzing Technology.
准确识别混油造成的假油气显示是正确评价储集层流体性质的前提和保证。
Accurately distinguishing the false oil-gas show caused by oil emusion is the premise and the guarantee to correctly evaluate fluid property of the reservoir.
本文首先在文献调研的基础上，分析了火山岩油气藏基本地质特征，并着重研究了KLML气藏的地质储层特征以及地层流体性质。
This article based on the analysis of the basic geological features of volcanic reservoir, and focuses on KLML gas reservoir geological and fluid properties, reservoir characteristics.
本文首先在文献调研的基础上，分析了火山岩油气藏基本地质特征，并着重研究了KLML气藏的地质储层特征以及地层流体性质。
This article based on the analysis of the basic geological features of volcanic reservoir, and focuses on KLML gas reservoir geological and fluid properties, reservoir characteristics.
应用推荐