地震多参数储层综合预测法在该区的应用，为该区的下一步油气勘探指明了方向。
The seismic multiparameter reservoir synthesis forecast law in this area's application has indicated the direction for this area's next step oil-gas exploration.
塔里木盆地海相碳酸盐岩地质-地震储层综合预测与评价技术系列的完善与形成，对类似其他地区的碳酸盐岩储层预测与评价同样具用重要的借鉴作用。
So it buit up the technology system of geology-seismic comprehensive prediction, and the same time, it guided the similar area for carbonate rock reservoir prediction and evaluation.
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.
提出了将多种随机建模方法综合预测储层微相的新方法。
A new comprehensive method for predicting reservoir microfacies by integrating multiple stochastic modeling methods was presented.
该技术包括地震叠后处理，多元综合标定，断块精细构造描述，储层预测及断块综合评价等。
This technique consists of seismic post-stack processing, multivariate composite calibration, fine description of fault blocks, reservoir prediction and overall evaluation of fault blocks.
该套综合分析方法避免了单项技术分析的多解性，可以提高同类油气藏储层预测的精度，从而降低钻探风险。
This comprehensive method avoids the multi-explain resulted from applying single technique, promotes the precision in predicting similar oil and gas reservoirs, then reduces the drilling risk.
提出了一种综合运用高分辨率地震反演技术和地质模拟方法预测薄储集层的方法。
The method for prognoses of thin reservoirs by combining seismic high-resolution inversion technology and geological simulation was presented.
储层预测是一项综合运用地震、测井资料，定量预测储层的空间几何形态和各种物性参数的新技术。
Reservoir prognosis is to study the geometrical form of reservoir and various physical property parameters quantitatively by using seismic data and logging data in combination.
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.
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.
目前对碳酸盐岩储层的评价仍停留在定性—半定量的水平，常用的方法可以分为三类：即地质预测法、地球物理法和地质-地球物理综合计算法。
Now the evaluation is still at qualitative semiquantitative level, there are three common methods such as geological prediction, geophysical and comprehensive geological geophysical computation etc.
利用这些地震属性参数，通过模糊神经网络的方法，对碳酸盐岩储层进行综合预测与评价。
The carbonate reservoir was predicted and evaluated comprehensively by using the method of fuzzy neural net according to these seismic attribute parameters.
综合利用常规地震数据体、相干体、裂缝体、振幅属性技术预测优质储层分布。
Utilization of conventional seismic data cube, coherence cube, fracture cube, the technique of amplitude property predicts the distribution of high quality reservoir.
因此本论文结合勘探开发的需要，开展关于葡萄花油层的储层综合研究及预测评价。
This paper was about the prediction, evaluation and comprehensive study on Putaohua oil layer meeting the needs of exploration and development.
在滩坝砂体薄储层预测方面，提出了基于滩坝砂体成因层序特点的地质-地球物理综合预测方法。
A case study of E2s4 in Dongying depression, it is put forward that the comprehensive prediction method of geology - geophysics based on the genesis features of beach bar sand-body.
该方法综合应用了地震、地质和测井等各种基础资料，克服了常规储层预测只注重地震资料的缺陷，它对于构造较复杂、储层非均质性较强的油田的储层预测比较有效。
It is an effective method for reservoir prediction in oil fields with complex structures and higher heterogeneity, owing to using various kinds of basic data i. e. seismic, geo...
该方法综合应用了地震、地质和测井等各种基础资料，克服了常规储层预测只注重地震资料的缺陷，它对于构造较复杂、储层非均质性较强的油田的储层预测比较有效。
It is an effective method for reservoir prediction in oil fields with complex structures and higher heterogeneity, owing to using various kinds of basic data i. e. seismic, geo...
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