1)discharge capacity放电容量
1.Relationship between open-circuit voltage and discharge capacity of VRLA batteries for electric bicycles;电动自行车电池开路电压与放电容量的关系
2.Relationship of AC impedance and discharge capacity for Ni(OH)_2 electrode;Ni(OH)_2电极交流阻抗与放电容量的关系
3.Factors affecting discharge capacity of Ni/MH battery positive electrode;影响MH/Ni电池正极放电容量的因素
英文短句/例句
1.Research on increasing capacity of sulfur cathode提高LI-S二次电池用硫正极放电容量的研究
2.But that of an electrolytic manganese dioxide(EMD)decreased from 72. 5% to 25. 3% during the first ten cycles.电解二氧化锰在前十次循环中放电容量从72.5％逐渐下降至25.3％。
3.Battery Capacity A completely discharged heavy-duty battery requires twice the charging time of a small capacity battery.电池容量 完全放电的重型电池需要小容量电池充电时间的两倍。
4.Discharge Indicator Development of XFZ-dI Type Battery VolumeXFZ—dI型蓄电池容量放电指示器的研制
5.Low capacitance measuring instrument based on reference capacitance and lock-in amplifier基于参比电容和锁定放大的微电容测量仪
6.the charging and discharging current of capacitor is obtained by the product of voltage rise rate (dv/dt) and capacitance电容器充放电电流取决于电容量和电压上升速率的乘积
7.High capacity rechargeable Libatteries with large capacity. long service life. low self-discharge rate and is economic and environmentally protective.高容量可充电锂电池，容量大、命长、放电率低，经济环保。
8.Constant current discharge of high capacity batteries based on PTC ceramic resistance基于PTC陶瓷电阻的大容量蓄电池组恒流放电
9.A Discussion on Conversion of Energy During Two Capacitors Charging and Discharging Process;试论两个电容器相互充放电过程的能量转变
10.Effects of Separator on Capacity,Internal Resistance and Self-discharge of Ni-MH Battery隔膜对MH/Ni电池容量、内阻和自放电的影响
11.Release of stored energy in a capacitor by the flow of current between its terminals.放电在电容器存储能量通过两端间的电流流动而释放出来
12.The Study on DCPD Pattern Recognition of Large Capacity Storage Capacitors;采用直流局部放电识别大容量储能电容器缺陷类型的研究
13.An insulating resistance can be calculated by measuring the Voltae decrease rate when a charged capacitor is discharged through the resistor and the voltage of capacitor is reduced from one value to another.充电电容对高值电阻放电,只要测量电容电压衰减的时间就可以算出电阻大小。
14.Electromagnetic compatibility test specification for electronic measuring instruments--Electrostatic discharge susceptibility testGB/T6833.3-1987电子测量仪器电磁兼容性试验规范静电放电敏感度试验
15.Introducing of Field Inducted Voltage Test and Partial Discharge Test for a Greater Capacity Transformer超大容量变压器现场长时感应电压试验带局部放电测量试验介绍
16.Electromagnetic compatibility Testing and measurement techniques Electrostatic discharge immunity testGB/T17626.2-1998电磁兼容试验和测量技术静电放电抗扰度试验
17.The process of storage batteries voltage and capacity for self-discharge will be reduced.电池在贮存过程中电压和容量会因自放电而下降。
18.A Novel Off-Line Method to Measure the Partial Discharge of Generator Based on Double Coupling Capacitors基于双电容耦合的发电机局部放电离线式测量新方法
相关短句/例句
Discharging capacity放电容量
1.There is a linear relationship between open circuit voltage(OCV) and state of charge(SOC) for lead acid starter battery,so it would be possible to deduct the discharging capacity or SOC from its OCV usually.起动型铅蓄电池的开路电压跟荷电态之间存在线性关系,因而可以根据开路电压来推断电池的放电容量或荷电态。
2.The discharging capacity is tested for each electrode.1贮氢合金负极片，测试了不同负极片的放电容量。
3)specific discharge capacity放电比容量
4)charge/discharge capacity充放电容量
5)charge discharge capacity充放电容量
1.The experimental results showed this electrode can improve reversiblity of the battery and increase its charge discharge capacity, cycle life.实验结果表明，使用这种电极可使电池的可逆性明显改善，提高其循环寿命和充放电容量。
6)loading capacity装载量;放电容量
延伸阅读
50％冲击放电电压50％冲击放电电压50% impulse breakdown voltage 50%‘弓10，191.}〔J，lgd一。lzld一。rl丫。150%;中击放电电压(50%impulse breakdownvoltage)绝缘间隙在多次施加冲击电压时，其中半数导致击穿的电压。 要使绝缘间隙击穿，需要加足够高的电压以及足够长的电压作用时间。放电时间包括电压上升达到稳态击穿电压所需的时间和放电时延。放电时延又由两部分构成:统计一时延和放电形成时延。前者指达到稳态击穿电压后到间隙中出现有效(对击穿)的自由电子为止的时延;后者指从出现有效的自由电子直到击穿通道完全形成为止的时间。放电时延有分散性。放电时间随所加电压的增高而缩短。 在作用时间短促的冲击电压下，由于放电时延有分散性，当所加电压峰值固定，但还不够高时，击穿有时发生，有时不发生。施加多次电压时，击穿概率可表现为一定的百分比。由于难以准确地求得刚好发生击穿的临界电压，所以采用50%冲击放电电压来反映间隙耐受冲击电压的特性。在实验中决定50%冲击放电电压时，施加电压的次数越多越准确。在用测量球隙测量冲击电压时，所采用的实用而简单的方法是，调整电压至施加10次电压中有4一6次击穿，这个电压值就可作为某一间隙下的50%冲击放电电压。采用5。%冲击击穿电压决定绝缘距离时，应根据分散性的大小，留有一定的裕度。
