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进行气井动态分析时，必须考虑到天然气从气层到地面这一综合流程的连续性。
While analyzing the gas-well performance, it must consider the continuity of comprehensive process of natural gas from gas bed to ground.
对有井下节流装置的气井动态分析的研究，首次提出采用井口采集数据，从井口向井底计算井筒内的压力温度综合值的计算方法。
In this paper, a numerical method to describe the distribution of pressure and temperature in the well bore with downhole-choke from wellhead to bottom was established.
异常高压气井生产动态仿真方法不仅改变了传统物理仿真成本高、过程复杂的缺点，而且具备了计算机仿真模拟的准确性。
The method of abnormally high pressure gas well production dynamic simulation not only changes shortcomings of the traditional physics simulation, which have high cost and the complex process, .
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