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1·A pulse constant-current source based on capacitor discharge was developed for LIA accelerator.

针对大型直线感应加速器单次工作的特点，研制了一种电容放电式脉冲励磁电源。

2·The problem of splash is more serious in capacitor discharge projection welding than in ac welding.

电容储能凸焊的喷溅问题比交流凸焊更为突出，研究影响喷溅发生的因素就显得更为重要。

3·The ignition of capacitor discharge is a process of oscillation by capacitor discharging to RL circuit set.

电容放电点火过程实质是电容对RL电路的振荡放电过程。

4·This particular system is different from the conventional magnetic inductive system and is called Capacitor Discharge Ignition (CDI).

这种点火方式与传统的通过电磁感应产生高电压点火方式不同，被称为电容放电点火(CDI)。

5·The effect of electromagnetic force on the splash, joint strength and welding process of capacitor discharge projection welding is studied.

研究了焊接过程中焊接电流产生的电磁力对电容储能凸焊喷溅、接头强度及焊接工艺的影响。

6·The results show that the welding of TC4 can be realized by capacitor discharge welding. The joint microstructure consists of nugget zone and semi-melt zone.

结果表明：储能焊能够实现TC4钛合金薄板的快速凝固焊接，焊接接头由熔核和熔核向母材过渡的熔合区（线）组成。

7·After a capacitor is disconnected from a discharge circuit, a residual charge remains on the capacitor, so a voltage is re-established across the capacitor terminals.

电容器从放电电路断开以后，电容器中保持剩余的电荷，从而在电容器的端子之间重新建立起电压。

8·The quality of electrolytic capacitor was judged by self-discharge voltage.

用自放电电压的高低来判定电容器的质量。

9·This paper tries to predict the insulation ageing of power capacitor according to the pole-to-case partial discharge test.

本文试图根据电容器极对壳绝缘的局部放电试验结果，对其绝缘老化进行判断。

10·These reverse-biased photodiodes discharge a capacitor at a rate proportional to the photon flux.

这些反偏压发电二极管在一种均衡的速率下释放一个电容器给光子通量。