地层评价

国外随钻测井（LWD）技术快速发展日趋成熟，LWD已成为石油工程技术服务的主力装备之一，主要用于优化钻井工程和地层评价。

Foreign logging-while-drilling technology is developing and maturing , and LWD , which is mainly applied to drilling engineering optimization and formation evaluation , has become one key equipment of modern petroleum engineering services .

随钻测量（MWD）是近年来发展起来的新的测井技术，可提高大位移井、高难度水平井的工程控制能力和地层评价能力，提高油层的钻遇率。

MWD is a new logging technology which is developed in recent years , it can improve large displacement wells , horizontal wells in difficult engineering control and formation evaluation capabilities , improve the rate of oil drilling encountered .

核磁共振（NMR）测井是近年来全球测井界的关注热点，它所提供的独特信息，极大地增强了测井的地层评价能力。

Nuclear magnetic resonance ( NMR ) logging is a concerning hot point in global logging circles in recent years for the unique information it provided can greatly enhance the ability of formation evaluation .

储层参数是地层评价的基础。

STRATUM Reservoir parameters are the bases for formation evaluation .

录井技术在煤系地层评价中的应用

Application of mud logging techniques in coal measure strata evaluation

随钻测井地层评价技术现状与发展

Formation evaluation measurement while drilling technology : today and tomorrow

套管井地层评价测井的效果与完善

Effect and completeness of casing well formation evaluation logging

赵彦超等.碳氧比测井&一种潜在的生油岩评价工具.测井技术，1994，18（4）：240～247生油岩测井评价是测井地层评价的新领域。

Logging evaluation of source rock is a new branch in formation evaluation .

测井资料地层评价软件系统

A Software System of Formation Evaluation from Logging Data

采用单条测井曲线进行地层评价存在着多解性和局限性。

Using a single log curve to evaluate strata leads to multi-solution and limitation .

弹性波测井在三峡库岸地层评价中的应用

Application of elastic wave well logging to stratum assessment of Three Gorges Reservoir Bank

地层评价随钻测井仪的新进展

Formation Evaluation MWD Enters New Realm

测井地层评价的基本任务除了要研究储层参数外，还要研究岩石孔隙结构。

It is necessary not only to study reservoir parameters but also to rock pore structure for formation evaluation .

在地层评价中，束缚水饱和度是体积法计算储量时的重要参数之一。

In reservoir assessment , the irreducible water saturation is one of the important parameters of estimating reserves by volumetric method .

核测井是当前油藏动态监测首选的地层评价技术，多探头、多方法组合脉冲中子测井是其发展方向；

Nuclear logging is a preferable formation evaluation technology in current reservoir dynamic monitoring . Multiprobe , pulse neutron multi-combination logging is in the development trend .

垂直井的常规地层评价方法不太适用于HA/HZ井地层和流体性质评价。

Thus , routine formation evaluation approaches for vertical wells may not be adequate for accurate characterization of formations and fluids in HA / HZ wells .

声波测井资料的应用主要体现在各种波型模式声波参数的全面开发利用和全波列信息在地层评价和工程应用的不断深化和拓展方面。

The advances in the application of acoustic log data lie in the deep development and wide utilization of acoustic parameters of various waveforms , and the application of full wave train to formation evaluation and production engineering .

地层测试评价仪（FormationEvaluationTool）是中海油田服务股份有限公司引进澳大利亚CROCKER公司技术而自行开发、制造的新一代地层测试评价系统。

The Formation Evaluation Tool ( FET ) introduced in the paper represents a new generation of formation evaluation systems developed and manufactured by China Oilfield Services Limited ( COSL ), CNOOC , using a FET technology transfer from Crocker Research , Australia .

本文主要介绍地层测试评价仪（FET）的原理和用途，以及在中国海域的成功应用实例。

The principles and purpose of the Formation Evaluation Tool ( FET ) will be briefly introduced and successful examples of the application of the technology will be described in detail in this paper .

交叉偶极声波资料地层裂缝评价

Evaluation on formation structure from cross & dipole acoustic logging data

同时介绍了两种新评价程序：地层损害评价实验程序（使用动滤失仪CDFC）；

Two new programs for formation damage evaluation are also described .

大庆油田地层压力评价方法研究与应用

Study on Formation Pressure Evaluating Method in Daqing Oilfield and Its Application

基于流固耦合理论的疏松砂岩地层稳定性评价

Evaluation of the stability of unconsolidated sandstone formation based on liquid-solid coupling theory

特殊岩性的地层测试评价

Well Test Evaluation for Special Lithology

煤层气评价选区新思路&地层能量评价法及其应用

A thought on the evaluation and regional selection of coalbed gas & evaluation method of formation energy and its application

通过研究磁化后泡沫钻井液的性质，测定与控制钻井液的电导率，以便从电测曲线上取得更好的地层特性评价。

Properties of foam drilling fluid after magnetization were investigated and the electric conductivity was determined and controlled to obtain precise formation characteristic evaluation from logging plot .

因而，目前的地层压力评价方法无法反映真实地层能量水平，给油田下一步的开发调整工作带来很大困难。

Therefore , the present formation pressure assessment method is unable to reflect the real producing energy level and also brings very major difficulty for future oil field development and adjustment work .

XF油田长（6-8）地层测井定量评价参数的选取及模型的建立

Parameter Selection and Model Establishment for Reservoir Quantitative Evaluation with Well Logging Information in Chang 6-8 Formation , XF Oilfield

CCSD-PPⅡ变质岩地层的裂缝评价

The evaluation of fractures on the metamorphic formation in Well CCSD-PP ⅱ

动态分析法在地层原油粘度评价上的应用

The application of a dynamic analysis methed to calculation of oil viscosity