Made well test interpretation and well-test design optimization on two separate high-sulfur gas well.
对两口高含硫气井分别进行了试井解释和优化的试井设计。
This model is adapted to the well test interpretation of unstable temperature and pressure in discontinuous Wells.
该模型可用于间断注水井的不稳定温度和压力测试解释。
This paper describes the development of an Expert System prototype for the reservoir model identification in well test interpretation (RMIESWT).
本文描述了试井油藏模型识别专家系统（RMIESWT）原型的研制成果。
The well test interpretation parameters could be obtained by manually matching or automatically matching the pressure response and the tested pressure.
对压力响应和测压数据进行自动拟合或手动拟合，可得到试井解释参数。
The well test interpretation results of the oil Wells in the bottom water oil reservoir of Tahe Oilfield tallies with the geology and production state well.
塔河油田底水油藏油井的试井解释结果与地质及生产状态符合程度较高。
But among all the modern well test interpretation models, the distances to faults are obtained based on approximate mirror reflection theory which usually brings bigger error.
现有的现代试井解释方法中，断层距离这一参数的获得，往往是通过近似镜像反映方法得到的。
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.
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。
Multiple flow rate or high flow rate test program does not have any additional significance, moreover, it complicates the data and makes the well test interpretation more difficult.
多流量或大流量测试法没有更多的地质意义，只会使地质资料复杂化，增加解释难度。
It will be used for reference on well test interpretation in complex fault block oil reservoirs and reservoirs with complex drive and under the condition of multiple-well interference.
该方法对于复杂断块油藏试井解释、复杂驱替油藏试井解释和多井干扰情况下的测试解释，具有很好的借鉴意义。
Type curve match analysis is the main method of modern well test interpretation, but the error of this method is unavoidable because of the limitation of the type curves in a sample plot.
图版拟合是现代试井分析的主要方法，由于图版上典型曲线分辨率的限制，使得典型曲线图版拟合分析不可避免地存在误差。
Conventional and modern well test analysis methods are successful only in the interpretation of the middle period of well testing data, but they fail to analysis the early period data.
常规试井和现代试井分析方法只成功地处理了中期试井资料，对早期试井资料的分析往往是失败的。
Because it is difficulty for estimating parameters of well and formation., it is different between design goal of well testing and results of test and results in interpretation error of data.
由于对油气井和地层参数估计困难，设计目标与实施结果可能存在较大的差异，导致测试资料的可解释性差。
Use of single well core data and production test results on the model test, the authentic interpretation model established for the region.
利用单井岩心数据和试油成果对建立的模型进行检验，所建立的解释模型真实可靠，适用于本地区。
Use of single well core data and production test results on the model test, the authentic interpretation model established for the region.
利用单井岩心数据和试油成果对建立的模型进行检验，所建立的解释模型真实可靠，适用于本地区。
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