In this paper, a new method based on the well test data and the pre hydraulic forecast production is developed.
本文结合生产实际，介绍了利用试井资料及压前评估值定性、定量进行压裂选层的方法。
It is very difficult to match well test data of triple medium reservoir by hand because there are more parameters to be analyzed.
三重介质试井分析需要解释的参数较多，用人工拟合非常困难。
It constructs a method for calculating formation pressure using earlier well test data according to long shut-in pressure restore data.
并依据长关井压力恢复资料建立了利用早期试井资料计算地层压力的实用方法。
This research can be used to predict well test data with non-Newtonian such as polymer fluid flow and locate the polymer flooding frontier.
本文的研究可用于聚合物驱等非牛顿幂律流体条件下的试井解释、预测油层参数和聚合物驱替前缘的位置。
Pressure restore well test data of low permeable oil fields cannot test the straight line segment of radial flow, being called earlier well test data.
低渗透油田的压力恢复试井资料一般不能测出径向流直线段，称为早期试井资料。
In the actual well test data analysis, only considering geology and other aspects of the information comprehensively, can we make the right judgments.
在实际的试井资料分析时，要综合考虑地质和其它方面的资料，对影响因素做出正确判断。
The permeability calculated by use of well test data which is acquired under the reservoir dynamic condition can reflect the real infiltration situation of the reservoir accurately.
试井资料是在油藏的动态条件下测得的，由此求出的渗透率能够较好地反映油藏在动态条件下的渗滤情况。
According to the theory of fracture flow, the theory and methods to analyze the hydraulic and geometric properties of fractured rock using constant-pressure well test data are given.
依据裂隙水流理论，提出了利用压水试验资料分析裂隙岩体水流几何特征和水力学参数的理论和方法。
From the poim of resolving the question of reservoir description by well test data, this paper discussed the importance and function of the test technique in modem reservoir management.
本文从测试资料能够解决的油藏描述问题入手，论述了测试技术在现代油藏管理中的重要地位和作用。
From the point of resolving the question of reservoir description by well test data, this paper discussed the importance and function of the test technique in modern reservoir management.
本文从测试资料能够解决的油藏描述问题入手，论述了测试技术在现代油藏管理中的重要地位和作用。
It is shown from field examples that the results obtained are satisfactory and the new method is proved to be an effective one for analyzing well test data in low-permeability gas reservoir.
通过矿场实例分析表明，本文方法效果较好，这为解释低渗透气井试井数据找到了一种行之有效的方法。
Well test data of such reservoirs are hard to analyze by conventional well test models, which should be properly modified when the connate water saturation is high.
用常规的试井模型难以分析这种凝析气藏的试井测试资料。当气井共生水含量较大时，应对原来的试井解释模型与方法进行修正。
It is also shown that previous methods, such as widely used conventional analysis, are not reliable for analyzing well-test data influenced by a multi-well reservoir pressure trend.
对于受多井系统中的油藏压力趋势影响的试井数据，使用已有的试井分析方法，其分析结果是不可靠的。
It is also shown that previous methods, such as widely used conventional analysis, are not reliable for analyzing well-test data influenced by a multi-well reservoir pressure trend.
对于受多井系统中的油藏压力趋势影响的试井数据，使用已有的试井分析方法，其分析结果是不可靠的。
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