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1·Optimized model is used to calculate directly OOIP and water influx, and determine water body size and water influx coefficient.

通过优化模型求解直接获得地质储量及水侵量的大小，同时还可以确定水体大小和水侵系数。

2·The manifestation of the two different types of water influx in gas reservoir production is emphatically analyzed in this paper also.

并分析了两种不同水侵类型在气藏开采中的表现。

3·During the development of gas reservoirs, it is key to identify early water influx for producing without water and developing actively.

在水驱气藏的开发中，水侵的早期识别是充分利用无水期进行生产与主动地实施治水措施的前提。

4·The application program can be used to verify water invasion identify; water influx and natural gas reserves of water drive gas reservoir.

用自行编制的应用程序，对水驱气藏水侵识别，气藏水侵量及储量的计算进行检验。

5·So it's necessary to deep research water invasion mechanism and early prediction method; water influx calculation and water flooding gas reservoir reserve calculation.

所以有必要深入研究气藏水侵机理及水侵识别早期预测方法、水侵量及水驱气藏储量计算方法。

6·According to solution of optimal model, geologic reserves and water influx value can be obtained directly, and water range and water invasion coefficient can also be determined.

通过优化模型求解直接获得地质储量及水侵量的大小，同时还可以确定水域大小和水侵系数。

7·Several methods to calculate dimensionless water influx have disadvantages due to the particular features of accurate water influx solutions for water drive gas reservoir models.

由于水驱气藏模型无因次水侵量精确解的特殊形式，使得有关计算无因次水侵量的几种方法各有弊端。

8·This relationship is matched with the actual reservoir pressure history, to obtain the elastic energy factor of the reservoir and the aquifer and the water influx factor, simultaneously.

用这个关系式与实际油藏压力资料进行历史拟合，可同时求得油藏和含水层的弹性能量系数以及水侵系数。

9·For a water drive tight gas reservoir, the accurate calculation of water influx is an important job for forecasting water invasion performance and preventing aqueous phase trapping damage.

在致密气藏开发过程中，水侵量的准确计算是预测水侵开发动态及防治水相圈闭损害的重要内容。

10·The experimental studies and the dynamic simulation calculation to water influx reveal that gas permeability has a high sensitivity to water saturation in the tight sandstone gas reservoirs.

通过实验研究及水侵过程的动态模拟计算，揭示了致密砂岩气藏气体渗流能力对含水饱和度的高度敏感性。