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。
Tight sandstone gas resources are very affluent in the world; China also contains abundance of the reserves, and most of which reside in water drive gas reservoir.
全球致密砂岩天然气资源极为丰富，中国也蕴涵着丰富的储量，其中水驱气藏占很高的比例。
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。
Relevant driving mechanisms during the water drive gas reservoir production are deeply analyzed which in order to understand the complex driving mechanism of water drive gas reservoir.
为搞清水驱气藏复杂的驱动机理，深入分析了水驱气藏在开采过程中相关驱动机理；
This model is applicable to solution gas drive reservoir without edge and bottom water.
该模型适用于无边、底水的溶解气驱油藏。
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。
The reservoir forming mechanism of deep basin gas shows typical gas and water drive character of piston - pattern, and it is a stable reservoir forming pattern.
深盆气成藏机理表现为典型的活塞式气水排驱成藏特征，是一种较稳定的成藏模式。
This paper has calculated recoverable reserves and recovery rate of THN1 condensate gas reservoir based on a new increase curve of predicting oil field development indexes and water-drive type curves.
利用油田开发指标预测的增长曲线和水驱曲线分别对THN1凝析气藏的可采储量与采收率进行了计算。
This paper has calculated recoverable reserves and recovery rate of THN1 condensate gas reservoir based on a new increase curve of predicting oil field development indexes and water-drive type curves.
利用油田开发指标预测的增长曲线和水驱曲线分别对THN1凝析气藏的可采储量与采收率进行了计算。
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