High discharge current performance of lithium ion bettery is introduced.
研究了锂离子电池大电流放电性能。
The discharge current becomes small with decreasing voltage amplitude applied.
所加电压幅值减小，放电电流减小。
During the automatic control, the discharge current was automatically recorded.
在电流自动控制的同时，可对放电电流进行自动记录。
The function of optogalvanic density and the discharge current and pumped energy was given.
同时给出了光电流信号强度与灯的放电电流和泵浦能量的关系。
The secondary electron emission from the dielectric layer makes the discharge current increase.
绝缘介质层的二次电子发射，使放电电流增大。
In this region, its thickness and potential fall are mainly determined by discharge current and gas pressure.
在这一区域内，阳极位降、阳极位降区厚度主要由放电电流和气体压强所决定。
Besides, researches and designs of the electrode and the battery were proposed for the high discharge current lithium ion battery.
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。
The calculated results show that the line ZnO surge arrester can withstand the discharge current and the absorbed lightning energy.
分析表明，绕击时避雷器能够耐受雷电作用时的放电电流和吸收的雷电放电能量。
The value of surface roughness is influenced by discharge current which involves discharge energy, pulse duration and polarity effect.
在加工过程中，表面粗糙度会受到放电电流的影响，其中包括放电电流能量、电流脉宽及电流极性的影响。
There are three important parameters in the DC glow discharge process, the discharge current, discharge voltage and argon pressure in discharge source.
直流辉光放电过程中需要控制的三个重要工作参数为放电电流、放电电压和放电室内氩气气压。
The third arm (17) is provided with an electrode pin (22) and a wiring (23) for detecting discharge current between the third arm (17) and the door (3).
在第三臂(17)上设有电极销(22)和配线(23)，以检测第三臂(17)与车门(3)之间的放电电流。
Several stability conditions of discharge current of the low-pressure air arc light that are affected by the external circuit are deduced theoretically.
从理论上推导出低压气体弧光放电稳定的外电路几种条件。
Under the same voltage, the tap water-air mixture can bring the strongest discharge current, the pure water-air is the second, and the pure air is the least.
在相同电压作用下，自来水-空气混合体的放电电流最大，纯净水-空气混合体的次之，单纯空气的最小。
Then, the breakdown characteristics and the de-pendence of discharge current density on time are theoretically calculated in this kind of AC silent discharge.
然后由其解析解计算这种无声放电的着火特性和放电电流密度对时间的依赖关系，并与实验结果相比较。
If the discharge current was increased, the discharge capacity was obviously less than the stabilized value and maximum charge voltage was also changed suddenly.
若放电电流增加，在随后的第一周充放电过程中最高充电电压迅速增加、放电容量显著小于稳定值。
Furthermore, with the increase of air gap spacing, the transition from the homogeneous to filamentary discharge is related to the fluctuation of discharge current.
随着空气间隙距离的增加，均匀放电向丝状放电的转化与电流脉冲波动相关。
The experimental results show that the soft x-ray laser is produced at the rise-time of the main discharge current which is 65%—75% of the peak at the lasing time.
实验结果表明，激光产生于主脉冲电流波形的前沿，此时的主脉冲电流是其峰值的65%—75%。
The discharge current pulse of the laser tube obtained by simulation is consistent with that of experimental measurement on the same condition of circuit parameters.
在相同电路参数时，经模拟得到的放电管电流脉冲波形和实测的波形相一致。
It can extend the life of battery and decrease ups system failure rate to the problem of under-voltage, low capacity and discharge current not meeting load startup request.
主要针对UPS蓄电池段电压不够、容量不足或瞬间放电电流不满足带载启动要求等问题。可以延长蓄电池的使用寿命，降低UPS系统故障率。
The experimental results indicate that the dielectric barrier discharge will show different forms and discharge current waveforms by fixing or rotating the grounding electrode.
实验的结果表明：接地电极静止或转动介质阻挡放电将呈现不同的放电形式和电流波形。
Buffer resistance R6: playing buffer effect on spark discharge current and hindering. The parasitic vibration brought by LC distributing parameters of high-voltage output loop.
阻尼电阻r 6：对火花放电电流起缓冲作用，并阻尼高压输出回路中lc分布参数引起的寄生振荡。
Although the shunt current is smaller than the battery's maximum discharge current of 12a, it is more than enough current to balance the differential self-discharge of series-connected cells.
尽管分路电流比电池的最大放电电流12A小，但是他还是足以应付平衡不同串联电池的自我放电的细小差别。
At low ambient temperature or small discharge current, the local light intensity emitted by fluorescent lamps may show fluctuations called striations, which seriously disturb the illuminations.
在环境温度较低或放电电流较小时，荧光灯的发光正柱有可能出现光强的扰动和明暗相间的条纹，称为条纹放电，它会对照明产生干扰。
The author states in this article his discovery that cell diaphragms made of solid electrolytes mixed with metallic ferrites, can have their discharge current densities increased by big margins.
本文介绍作者发现在固体电解质中掺杂专属的铁氧体，制成电池中的隔膜，能使电池放电电流密度大幅度提高。
The author states in this article his discovery that cell diaphragms made of solid electrolytes mixed with metallic ferrites, can have their discharge current densities increased by big margins.
本文介绍作者发现在固体电解质中掺杂专属的铁氧体，制成电池中的隔膜，能使电池放电电流密度大幅度提高。
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