储层敏感性空间分布主要受沉积相控制。
The space of distribution of reservoir sensitivity is controlled by sedimentary facies.
应用测井确定储层敏感性是一个全新的课题。
It is a new subject to determine reservoir sensitivity by well logging.
利用灰色理论对储层敏感性的精细评价进行了初步探索。
The paper makes a probe into the fine evaluation of reservoir sensitivity with gray theory.
采用岩心流动实验装置，开展了储层敏感性的室内实验。
Using experimental facility of core fluxion, indoor experiments of reservoir sensitivity have been carried out.
储层敏感性是影响高尚堡沙三段油藏开发效果的重要因素。
Reservoir sensitivity is a main factor to influence development effects.
该区块储层敏感性总的特点为：水敏性中等到较强，速敏性中等，酸敏性中等到较强。
The overall characteristics of the reservoir sensitivity include: water sensitivity is from medium to strong , speed sensitivity is medium, acidic sensitivity is from medium to strong .
分析表明，储层填隙物中的粘土矿物、碳酸盐矿物是导致该区储层敏感性的主要因素。
Shown by analysis, the main factors causing the reservoir sensibility in this area are clay minerals and carbonate.
该区块储层敏感性总的特点为：水敏性中等到较强，速敏性中等，酸敏性中等到较强。
The result is that water and acid sensitivity of this block are not so strong.
这种储层主要是泥岩，含盐和白云石，裂缝发育，并且岩性变化大。决定盐间非砂岩储层敏感性相当复杂。
These reservoirs are mainly contained mudstone, with salts and dolomite, fracture growth, and variational reservoir lithology, which determine reservoir sensitivities are very complicated.
在此基础上设计储层保护数据库及敏感预测系统软件，并通过多元统计回归分析提出了储层敏感性预测模型。
Based on it, this article puts forward a reservation - layer protection data and sensitivity prediction system software, and raises a sensitivity prediction model through multiple - statistics.
在生产中，生产单位可以在数据库中查询到各油田、区块储层敏感性评价结果，钻井、采油工程入井流体配方，以供现场应用。
In production, the production unit can inquire reservoir sensitivity evaluation result, fluid formula during entering about drilling and production engineering for field application.
1995年中国石油天然气总公司发布的《砂岩储层敏感性评价试验方法的行业标准》，不能完全满足对砂岩储层敏感性评价的需要。
In 1995, the profession criterion of rock reservoir sensitive testing evaluation method was issued by CNPC, which could not content the demand of rock reservoir sensitive testing evaluation.
利用灰关联分析实现了地震属性的敏感性分析，并建立了储层参数与属性之间的灰色关联。
Using Grey association analysis realized the sensibility analysis of seismic attributes and built up Grey association between the reservoir parameters and attributes.
本文提出的方法采用“多参数”及其“敏感性”，结合地区经验，综合识别和评价泥岩裂缝性储层。
The method proposed in this paper is to identify and evaluate fractured shale reservoir with multi-parameters and their sensitivity integrated with regional experience.
碳酸盐岩储层在酸化、酸压等增产措施中应该重视酸蚀后敏感性的强化问题，加强实验评价。
The enhancement of the sensitivity of carbonate reservoir during acidization and acid fracturing should be valued and the experiment evaluation should be strengthened.
综合分析地质、地震及测井资料，可以准确地预测储层的敏感性。
Formation sensitivity can be predicted exactly with comprehensive analysis of geological, seismic and well logging data.
结合室内实验，对白庙凝析气田储集层岩性特征和物性特征进行了分析，并对其敏感性进行了研究。
Combined with laboratory experiments, reservoir sensitivity of Baimiao gas condensate field is studied by the analyses of the lithological and physical property characteristics of the reservoirs.
煤储层具有伤害的敏感性与不可恢复性决定了在煤层气钻完井、开采过程中要坚持采取系统的保护煤层措施。
Sensitivity to damages and non-recoverability of coal reservoir determines that measures should be taken to protect the system in the process of well drilling, completion and production.
这些矿物均有不同程度的敏感性，在油田勘探开发的不同阶段，会对储集层造成伤害。
Sensitivity of different degree appearing in these minerals may damage the reservoir at different stages of exploration and development of the oilfield.
储层岩石渗透率受应力变化而减小的现象称为储层岩石的应力敏感性。
The phenomenon of the decrease in reservoir rock permeability owing to the change in stress is called reservoir rock stress sensitivity.
从分析储层地质特征入手，通过岩心敏感性流动实验，研究了储层潜在伤害因素、伤害机理及伤害程度。
Through analysis of geological characteristics and core flow test for sensitivity, the factors, mechanism and degree of potential reservoir damage are studied.
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.
对于应力敏感性强的储集层，过低的井底压力降低了近井地带地层的孔隙流体压力，导致裂缝趋于闭合。同时，井壁失稳的可能性也大。
To strong stress sensitivity formation, low BHP reduces pore fluid pressure of near wellbore are which results in the closure of formation fracture.
这些矿物都有不同程度的敏感性，在油田勘探开发的不同阶段，会对储集层造成不同的伤害。
Various sensitivity in these minerals may damage the reservoir in the different stages of oilfield exploration and development.
并通过全套岩心敏感性流动实验，评价了该储层的敏感性特征。
The sensitivity features of the reservoir are evaluated based on core sensitivity flow experiment.
针对裂缝性储层所特有的变形特征，对裂缝性储层的应力敏感性及裂缝的闭合机理和规律进行了详细的研究。
Contrapose the fracture reservoirs' peculiar deformation characteristics, fracture's stress sensitivity, closure mechanism and closure law have been detail studied.
推荐使用应力敏感性系数来度量储层的应力敏感程度。
We state to use stress sensitive coefficient to characterize stress-sensitivity of different reservoirs.
与砂岩储层应力敏感性研究深入程度相比，碳酸盐岩储层应力敏感性研究只是最近几年来才引起重视。
Comparing with extensive researches on stress sensitivity of sandstone reservoirs, carbonate reservoirs is paid more and more attention in recent years.
安棚油田属于特低孔特低渗油气藏，储层温度高，碳酸盐、敏感性矿物含量高。
Anpeng oil field belongs to especially low pore and low permeability reservoir, which has high formation temperature and high carbonate and sensitive mineral content.
通过该式可以计算该储层渗透率应力敏感性伤害程度。
It can be applied in calculating damage degree of the stress sensitivity of permeability of this reservoir.
应用推荐