1) water resonance
水共振
2) hydraulic resonance
水力共振
1.
Parameter optimization of pulsed jet hydraulic resonance system;
脉冲射流水力共振系统参数优化
2.
Study of improving pulsed jet strength using hydraulic resonance;
利用水力共振提高脉冲水射流强度
3.
Design of hydraulic resonance of pulsed water-jet
脉冲水射流水力共振设计
3) water body resonance
水体共振
1.
To analyze the strong abnormal vibration phenomenon probably caused by the water body resonance that happened in the Three Gorges hydropower station, the governing equation is given for the fluctuating pressure.
针对三峡电厂引水系统出现的可能是由水体共振所引起的异常强烈振动现象,本文给出了压力管道压力脉动的控制方程,并由此方程出发导出了直圆管在开端和闭端条件下的水体固有频率计算公式。
4) gas-water resonance method
气、水共振法
1.
To solve the difficult problem of washing generator inner cooling water system,and in light of the practical situation of generators,the gas-water resonance method is presented based on the resonance principle of solid under a pressure with a certain frequency.
为解决发电机内冷水系统清洗的难题,从发电机的实际情况出发,利用固体在受到一定频率压力时会产生共振的原理,提出了气、水共振法冲洗技术。
5) draft-tube resonance
尾水管共振
1.
Typical vibration and noise data of turbine runner cavitation, mechanical & hydraulic unbalance, misalignment, penstock resonance, draft-tube resonance, draft tube surging due to pressure pul.
对于不平衡、涡轮气蚀、不对中、吸水管/尾水管共振、止漏环的腐蚀、尾水管的功率摆动和100Hz的铁心共振等导致水力发电机的振动/噪音做了特征分析。
6) Magnetic Resonance Hydrography
磁共振水成像
1.
Summarizes the basic principle and scanning parameters and the specific clinical application of magnetic resonance hydrography,including the clinical significance of all parts of body.
本文综述了磁共振水成像技术的基本原理和成像参数,及其在临床上的具体运用,包括全身各部位的临床意义及各成像序列最佳使用方法,并进一步阐述了磁共振水成像技术在临床诊断中的地位和价值。
补充资料：电子自旋共振(见电子回旋共振)
电子自旋共振(见电子回旋共振)
electron spin resonance
电子自旋共振eleetron spin resonanee见电子回旋共振。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条