1.
APPLICATION OF “CORE CALIBRATION METHOD" IN LOG INTERPRETATION MODEL.
岩心刻度法在测井解释模型中的应用
2.
Research on logging interpretation model of complex clayed sandstone reservoir
复杂泥质砂岩储层测井解释模型研究
3.
ESTABLISHMENT AND APPLICATION OF INTERPRETATION MODEL FOR ELECTROCHEMICAL LOG IN JIDONG OILFIELD
冀东油田电化学测井解释模型的建立及应用
4.
(3) On the basis of well, drilling core and test data, second well interpretation model of physical property of reservoir bed had been built.
(3)基于测井、取心、测试等资料，建立了储层“四性”参数的二次测井解释模型；
5.
Establishment of accurate logging interpreting models for reservoir parameters is the foundation and premise for characterizing the reservoir heterogeneity.
建立准确的储层参数测井解释模型，是进行储层非均质性表征的前提和基础。
6.
Study of Method and Model for Interpretation Logging of Casing Drilling
套管钻井测井解释方法和解释模型研究
7.
RESERRCH ON THE FINE INTERPRETATION MODEL OF DONGHETANG GROUP IN TAHE AREA
塔河东河塘组测井精细解释模型研究
8.
A diphasic flow slip model for production log interpretation in vertical wells
垂直井两相流动生产测井解释滑动模型
9.
FINE LOG INTERPRETATION MODEL OF SAND AND SHALE STRATA IN THE BEI16 AREA
北16井区砂泥岩地层测井精细解释模型研究
10.
Study on Shaly Sand Three-pore Conductivity Model Log Interpretation Method;
泥质砂岩三孔隙导电模型测井解释方法研究
11.
Application of three water model in reservoir log interpretation in Yaoyingtai oilfield
三水模型在腰英台油田储层测井解释中的应用
12.
Modeling by Well Logging Parameter for Different Types of Oil Pool in Dongxin Oilfield and Means of Explanation Research
东辛地区不同类型油藏测井参数建模及解释方法研究
13.
EVALUATION OF THE LOGGING PARAMETERS IN CARBONATE RESERVOIRS OF IRANIAN A OILFIELD(PARTA)
伊朗A油田碳酸盐岩储层测井参数评价(上)(储层特征及解释模型)
14.
FINE LOGGING INTERPRETATION MODELS AND APPLICATION FOR GLUTENITE RESERVOIR IN BINNAN OILFIELD
滨南油田砂砾岩储层测井精细解释模型及其应用
15.
The Model of Well Test Analysis for Two-region Composite Reservoir and Study on Analysis Program
双重介质复杂油藏试井模型及试井解释软件
16.
Streamline numerical well-testing interpretation model and pressure response for partially perforated wells
部分射开井流线数值试井解释模型及压力响应
17.
computer-processed log interpretation
计算机处理测井解释
18.
The reliable explanation and the less error of forecasting will be helpful in predicting the drilling cost and planning the projects in management.
模型较强的解释力度和较小的预测误差，将有助于钻井成本预测和计划管理。