储油层

A-1构造流三段储油层高温高压成因探讨

Discussion on the genesis of abnormal high temperature and pressure in the l_3 reservoir of A-1 structure

以石油生产中的热力采油为例，应用有限元分析软件ADINA对多孔介质热流固耦合问题进行数值模拟。分析了在热力采油过程中由于注蒸汽以及流体流动等因素对储油层的影响。

The article uses finite element analysis software ADINA for porous media on thermal fluid-structural interaction to numerical simulation , and analyses the impact of the reservoir due to steam injection and fluid flow in the process of thermal oil .

结构优度&估价储油层孔隙结构的首要参数

Goodness of pore geometry & the most important parameter for estimating pore geometry in reservoirs

低频声波或次声波传播距离远，可对储油层进行大范围作用，但对人体和环境有影响。

The acoustic wave with low frequency or the infra-acoustic wave can go far away , can exert effect on reservoir in a large scale , but have adverse influence on both human and environment .

大型坳陷湖盆的振荡发育与湖水频繁进退造成生、储油层的间互与侧变接触，形成了3种连片含油类型。

The vibrating development of large lake basins and frequent transgression-regression lake waters resulted in the alternation and lateral contact of source rocks and reservoir rocks , which formed three types of oil-bearing reservoirs in composite sheet architecture .

在对储油层的岩性、物性特征，夹层，物性参数（孔隙度、渗透率、含油饱和度、泥质含量）等变化的研究基础上，进行了流动单元划分，分析了四性关系。

To the reservoir lithology , physical characteristics , interlining , physical parameters ( porosity , permeability and oil saturation , the shale content ), and other are changed . The flow units classification , this paper analyzes the four sexual relationship .

高泥、高钙、薄储层油层识别技术及应用

Identification technique and its application for thin reservoirs with high mud and calcium content

为此，开发出一套高泥、高钙、薄储层油层识别技术，应用于新井解释及老井复查，效果很好。

So a set of identification technique for thin reservoir with high mud and calcium content is developed and applied in new wells interpretation and old wells re-examination and obtains a nice effect .

这些特殊储层的油层伤害问题十分严重。本文运用岩石薄片、扫描电镜、X衍射等方法对油层伤害机理进行了分析，并将其分析结果运用于现场，取得了较好的经济效益。

Rock thin slices , EMS , X-ray diffraction , etc are used for analyzing formation damage mechanism , analytical result of which has achieved good economic returns from its site application .

裂缝性储层试油层段选择的方法探讨

A discussion on the method for selecting oil production test intervals of fractured reservoir

这些凝灰质岩类有机质含量高，形成了该区自生自储的致密油层。

These tuffaceous rocks have high organic content , forming a set of source-reservoir one body tight oil .

最后提出了不同类型储层防止油层损害的意见。

Suggestions for the prevention of the damage for different types of reservoirs was presented in this paper also .

强水敏储层低电阻油层的识别

Reservoir Recognition by Using Resistivity in Strong Water Sensitive Reservoirs

储层参数是油层评价的重要依据，储层参数预测在油气勘探开发中具有重要意义。

The reservoir parameter is an important basis of the oil layer appraisal , the reservoir parameter forecast has the vital significance in the oil gas exploration development .

在一定地质条件下，地震描述技术能有效地区分储层与围岩，从而更直观地描述储层（或油层）的发育情况。

Using seismic description technology can effectively distinguish the reservoir layer and the round layer on the certain geology condition , and we can describe the shape of reservoir layer ( oil layer ) visually .