速度研究是储层横向预测的基础。
Velocity study is the basis of lateral reservoir prediction.
推出两项用于储层横向预测的地震道分析新技术。
Tow new seismic trace analysis techniques used for reservoir transveralpredication are inferred.
地震反演和储层建模是储层横向预测的两种方法。
Seismic inversion and reservoir modeling are two methods to characterize reservoir distribution.
薄层、薄互层厚度预测是储层横向预测的一重要环节。
The prediction of thin bed and thin interbed thicknesses is an important link for the reservior lateral prediction.
薄层、薄互层厚度的预测是储层横向预测的一个重要环节。
The thickness prediction of thin layer or thin interbedded strata is an important part of lateral reservoir prediction.
地震反演已成为储层横向预测和岩性油气藏勘探不可缺少的技术手段。
Seismic inversion has become an indispens. ble technology method for lateral reservoir prediction and li-thologic reservoir exploration.
薄层厚度定量解释对构造解释、储层描述和储层横向预测都非常重要。
Quantitative interpretation of the thin bed thickness is essential to thin bed structure interpretation, reservoir description, and lateral reservoir prediction.
本文根据频谱分解技术的基本原理，进行了断裂系统识别、沉积环境分析和储层横向预测。
Using the basic principle of spectrum decomposition, the paper conducted the recognition of fault system, analysis of sedimentary environment and lateral prediction of reservoir.
王斜119地区沙四段为近几年来成功地利用测井约束反演技术进行储层横向预测的典型区块。
The Es4 member in Wangxie 119 area is a typical area where lateral reservoir variation is successfully predicted with logging-constrained inversion technology in recent years.
利用地震资料进行储层横向预测，是先将地震资料变成可与钻井、测井资料直接对比的形式，然后以岩层为单元进行综合解释。
Lateral reservoir prediction using seismic data needs to make seismic data direct correlative with drilling and logging data, then to comprehensively interpret rock formations.
地震资料具较好的横向分辨率，而测井资料纵向分辨率高，若将二者有机地结合起来，就可以大大提高地震储层横向预测的效果。
Seismic data has good lateral resolution, and log data is high in vertical resolution. If combining both of them, the seismic prediction of lateral reservoir can be greatly improved.
横向预测是一项新的储层地震技术。
Lateral prediction is a new seismic technique for reservoir study.
合成声波测井是一种有效的横向预测方法，它把界面型地震反射剖面转换成岩层型测井剖面，用于研究储层的空间展布。
Synthetic sonic logging is an effective lateral prediction technique, it converts seismic reflection section into lithologic logging section so as to investigate reservoir distribution.
储层建模横向预测中，应用协克里金算法联合地震反演与原始测井两种数据，综合建立地质模型。
In the prediction of lateral reservoir variations, co-Krige method is used to combine seismic inversion results and original log data to form an integrated geological model.
地震资料中蕴含着丰富的储层物性信息，若能建立起地震参数与储层物性参数之间的关系，则可利用地震资料进行储层参数的横向预测。
There is abundant reservoir information in seismic data. The relationship between seismic data and reservoir parameters can be used to estimate the reservoir parameters from seismic data.
地震资料中蕴含着丰富的储层物性信息，若能建立起地震参数与储层物性参数之间的关系，则可利用地震资料进行储层参数的横向预测。
There is abundant reservoir information in seismic data. The relationship between seismic data and reservoir parameters can be used to estimate the reservoir parameters from seismic data.
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