研究了锂离子电池大电流放电性能。
High discharge current performance of lithium ion bettery is introduced.
本文介绍了一种蓄电池大电流放电自动控制装置。
An automatic constant current control device for large current discharge of storage battery was introduced.
使用发泡镍可降低电极的极化，改善电池的大电流放电性能。
The polarization of electrode decreased and the heavy load discharge performance of battery were improved by using foamed nickel.
表面处理改善了电极的充放电性能，特别是大电流放电性能。
The charge-discharge performance of the electrode was improved by surface treatment, especially heavy load discharge performance.
并针对大电流放电锂离子电池提出了电极及电池设计研究方向。
Besides, researches and designs of the electrode and the battery were proposed for the high discharge current lithium ion battery.
内阻：应选择内阻小的德国阳光蓄电池，这样才能持续大电流放电。
Resistance: should choose the Germany sunshine battery internal resistance small, can continuous large current discharge.
结果显示，它的活性物质的利用率在大电流放电时比普道碱锰电池的要高。
The utilization of the active materials was higher than that of conventional alkaline manganese dioxide battery during high current discharge.
实验结果证明：拉浆法制造的薄极板可以提高活性物质的利用率，改善了电池的大电流放电能力。
The results showed that the thin plates produced by slurry method could improve the utility of active material and the ability of high-rate discharge performance.
对储能大电流放电用高压大容量铝电解电容器，要求其漏电流小、等效串联电阻值小、电容量稳定性好、一致性好等。
As electrolytic capacitors of high voltage and capacitance for energy storage and high current discharge, lower leakage current, lower ESR and more stable and constant capacitance are required.
本文介绍了利用井下强流脉冲放电技术疏通油井、提高产油率的基本原理及其关键技术，并研制出了一套油井疏通用脉冲大电流放电设备样机。
This paper describes the fundamentals and key techniques of an impulse discharge device with high current, which is used in underground oil well for plug releasing and enhancing production efficiency.
本文介绍了利用井下强流脉冲放电技术疏通油井、提高产油率的基本原理及其关键技术，并研制出了一套油井疏通用脉冲大电流放电设备样机。
This paper describes the fundamentals and key techniques of an impulse discharge device with high current, which is used in underground oil well for plug releasing and enhancing production efficiency.
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