The model results show, the established geologic model in the work area enjoys high credibility and truth.
模型验证结果表明，所建立的工区储层地质模型可信程度高，真实性强。
The time section made by mathematically simulating a geologic model offered from drilling data conforms better with factual data.
根据钻井资料提供的地质模型，用数学方法进行模拟，所得的时间剖面和实际资料有较好的吻合。
In order to enhance oil recovery of the reservoir, fine reservoir description has to be made by building up new reservoir geologic model.
为了提高油藏的采收率，必须开展精细油藏描述，建立油藏地质模型。
To study further collector geologic model, some collector parameter quantitative prediction methods at present are discussed in this paper.
为开展精细的储层地质模型研究，本文探讨了目前应用较为广泛的几种储层参数定量预测方法。
The results of fracture prediction would be affected by geologic model, geometric framework model, rock mechanics properties and regional stress background.
裂缝预测结果受地质模型、几何框架模型、岩石的力学性质和区域背景应力的影响。
A detailed geologic model with compartmentalization and layering schemes was established which was most likely to control fluid movements within the reservoir.
为了尽可能控制油藏内的流体运动，建立了一个详细的地质区域化和分层方案模型。
According to geologic model of unsteady groundwater flow in heterogeneous medium and adopting the finite difference solution, the direction and strength of oil gas migration can be quantified.
根据非均匀各向异性地层的非稳定的地下水流动模型，采用有限差分法求解，可以定量判断油气运移的方向及强度。
According to geologic model of unsteady groundwater flow in heterogeneous medium and adopting the finite difference solution, the direction and strength of oil gas migration can be quantified.
根据非均匀各向异性地层的非稳定的地下水流动模型，采用有限差分法求解，可以定量判断油气运移的方向及强度。
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