Based on the governing system mathematical models which take the surge tank water level oscillation into account, the governing system dynamic performance in discussed.
基于考虑调压井水位波动的调节系统数学模型，对调节系统的动特性进行了初步分析。
This method can be used to calculate the transmissibility coefficient of well aquifer by means of the oscillation curve of well water level instead of the recovery curve.
该方法不是用井水位的恢复曲线，而是用井水位的振荡曲线计算出水井含水层的导水系数。
This control method has the advantages of producing minimum level oscillation, and of maximum response speed of the channel water mass to discharge change.
这一控制法产生的水位波动最小，并使渠内水体对流量的变化有最快的反应速度。
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