气藏物质平衡方程是气藏工程中的重要方法。
Material balance equation for gas reservoir is an important method in gas reservoir engineering.
气藏物质平衡方程序，是气藏工程中的重要方法。
Material balance equation of gas reservoir is an important method in gas reservoir engineering.
气藏物质平衡方程序可以确定气藏的原始地质储量，是气藏工程中的重要方法。
Material balance equation of gas reservoirs is an important tool in gas reservoir engineering. It can be used to determine the original gas-in-place of the gas reservoirs.
凝析气井流入动态分析是气藏工程研究、节点分析及产能计算与配产不可缺少的一部分。
Analysis of inflow performance is necessary for gas engineering, nodal system analysis, productivity calculation and gas production allocation.
气藏物质平衡方程是气藏工程的重要方法，可以确定气藏的原始地质储量和可采储量，也可以判断气藏的驱动类型，并预测气藏的开发动态。
The material balance equation for gas reservoir has been used to determine reserves and OGIP of gas reservoir, judge its driving type and predict its production performance.
本文针对磨溪嘉二气藏射孔后酸化情况，采用试井分析技术，对嘉二为目的层的井区试气工程资料进行了解释，评价了该层段井的酸化效果。
The paper evaluates acidizing effect of tested zone by using well testing analysis tech to interpret engineering data after perforation is conducted to Moxi jia2 gas reservoir.
本文针对磨溪嘉二气藏射孔后酸化情况，采用试井分析技术，对嘉二为目的层的井区试气工程资料进行了解释，评价了该层段井的酸化效果。
The paper evaluates acidizing effect of tested zone by using well testing analysis tech to interpret engineering data after perforation is conducted to Moxi jia2 gas reservoir.
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