该井两次不稳定试井解释模型都选用复合模型，并通过评价说明该井有很好的前景。
The composite model is used for the two unstable well testing interpretation models of this well.
结合塔河油田的实际地质资料，建立了裂缝和溶洞-井筒连通的试井解释模型和相应的数学模型。
Based on the geological data of Tahe Oilfield, the well test interpretation model of the reservoir with the fracture and vug which are connected with well-bore is established.
经典的径向均质复合试井解释模型与气藏实际情况不相符，解释结果与实际地质情况出现抵触现象。
Classical radial uniform com - pound interpreting model is not match with actual situation of gas reservoir that makes the results colliding to actual geology conditions.
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。
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.
利用该模型可以对火烧油层注气井试井压降曲线进行解释，并求解流度比、扩散比以及各区的波及半径等参数。
With this model, the pressure drop curve of well testing is interpreted, and mobility ratio, diffusion ratio, sweep radius of each area and some other parameters are solved.
主要研究分析了元素硫在地层中沉积的预测模型的建立以及含硫气井的不稳定试井解释方法。
Mainly studied the prediction model of sulfur deposition in the stratum and transient well test of sour gas well.
利用此模型对气井实际试井资料进行了解释，解释结果与实际情况相符。
It interprets actual well testing data of gas Wells using this model, and interpretation result is in accordance with actual status.
在现代试井解释中，经常会遇到许多的试井物理模型，其中包括均质、双重介质、复合油藏等模型。
In well test analysis, many well test physical models are often used, including homogeneous, dual-media, composite reservoir model etc.
结合实例 ，对现场所涉及到的试井油藏模型及其特征作了阐述 ，为现场资料的精确解释提供了指导。
The reservoir models and their characteristics are elaborated. It is very instructive to perform exact interpretation of locale data.
对这类井，若采用自喷井建立起来的数学模型进行解释时，难以准确地确定关井时刻的井底压力，试井解释率低，可靠性差。
There is difficulty to confirm the bottom-hole pressure accurately and low accuracy and reliability when this kind well explained by using well testing model of flowing well.
对这类井，若采用自喷井建立起来的数学模型进行解释时，难以准确地确定关井时刻的井底压力，试井解释率低，可靠性差。
There is difficulty to confirm the bottom-hole pressure accurately and low accuracy and reliability when this kind well explained by using well testing model of flowing well.
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