1) resonance charging circuit
共振充电回路
1.
The application of resonance charging circuit to electro-hydraulic impulse apparatus for treating wastewater is introduced in this paper.
在电液压脉冲水处理装置中采用共振充电回路,这种充电回路能保证充电电流平缓增加且与通电时间无关,电容器上电压的特殊形状变化对电液压脉冲设备放电器的电气强度恢复过程具有非常有利的作用。
2) resonant circuit
共振电路，谐振电路，谐振回路
3) charging circuit
充电回路
1.
This paper first analyzes the charging process of uniform distributed parameter circuits charged by DC voltage supply, then analyzes rectifying voltage supply to charge the charging circuit, and calculates the ununiformity of the charging voltage of stage capacitors.
本文首先讨论直流电压源对均匀分布参数充电回路的充电过程,同时引入整流电压源对充电回路充电分析,计算分析各级电容充电电压之间的不均匀度。
2.
Then through the establishment of the EMTP simulation model of impulse voltage generator,the impact of component parameters of charging circuit,charging methods and the charging time on the ununiformity is investigated.
本文先讨论直流电压源对均匀分布参数充电回路的充电过程,计算分析各级电容充电电压之间的不均匀度。
4) method of resonance loop
回路共振法
5) resonance circuit
共振电路
6) charging circuit
充电电路，充电回路
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