系统介绍了国内外有关阻抗式调压室的研究状况；
The development of the throttled surge tank has been introduced systematically.
底板压差是阻抗式调压室结构设计中一项重要参数。
The bottom plate pressure difference is an important parameter in design of a throttled surge chamber structure.
通过带调压室水电站的模型试验和数值仿真计算，分析了阻抗式调压室在各种水力过渡过程下的水力工作特性。
The hydraulic characteristics of the throttled surge chamber under various hydraulic transition processes are analyzed through combination of numerical simulation and model test.
本文从调压室的基本微分方程出发，采用泰勒级数展开式推导了阻抗式和简单式调压室甩荷时水位波动的显式计算方法。
The explicit method for calculating surges in throttled surge tank and simple tank following load rejection has been derived by use of Thaler Series Expansion from the basic formulation of surge tank.
导出了差动式调压室大井面积和有效阻抗孔面积的计算方法。
The calculating method of section of the well and the effective impedance hole in the surge tank has been gived.
导出了差动式调压室大井面积和有效阻抗孔面积的计算方法。
The calculating method of section of the well and the effective impedance hole in the surge tank has been gived.
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