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。
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.
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.
结合数据光滑、曲线自动拟合和历史拟合技术，编制了低渗非达西渗流的试井软件。
Combing with the technologies of data softness, automatic and history imitate, the well testing software for Non-Darcy percolation flow in low permeability reservoirs compiled.
通过分形油藏压力不稳定试井理论的研究，提出了一种使用短期关井压力数据确定地层压力的新方法。
In this paper, a new method is presented to define formation pressure in short-term closed-in pressure, which based on the research about theory of unstable well testing of fractal reservoirs.
本文根据利用续流量测量数据进行试井分析的褶积理论，提出了适用于现场的分析程序。
Based on convolution theory which USES the data obtained from afterflow rate to do well testing analysis, this paper puts forward the analysis procedure that is suitable for fields.
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 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 parameters could be obtained by manually matching or automatically matching the pressure response and the tested pressure.
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