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- Nominal discharge current of an arrester 避雷器的标称放电电流
- nominal discharging current 标称放电电流
- nominal discharge current 额定放电电流
- Setting up discharge current and final voltage. 设定放电电流和最终电压。
- Low voltage charging or discharging may also cause deterioration of capacitor such as shorting and open due to sudden charging and discharging current. 即使是低电压充放电,也可能产生大的瞬间充放电电流,这可能会导致电容器性能的损害,比如说短路或开路。
- Measuring discharging current with current divider, and measuring magnetic induction intensity with magnetic test coil are feasible in practice. 通过各种方法的比较分析,得出分流器法测放电电流、探测线圈法测感生磁场是切实可行的方法。
- Fault current and discharging current of capacitor would give more current strength to the thyristor.The transient temperature changed by the current strength is analyzed through Cauer model. 故障电流和电容器放电电流叠加使晶闸管阀体承受巨大的电流应力，建立晶闸管阀热阻抗模型，分析了暂态温升变化。
- During the period of the work, surface roughness will be influenced by discharging current, which includes influencing on discharging current energy, width of current pulse and polarity of current. 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、电流脉冲宽度以及电流极性的影响。
- High discharge current performance of lithium ion bettery is introduced. 摘要研究了锂离子电池大电流放电性能。
- nominal impulse discharge current 标称脉冲放电电流
- Through the experiments with quickly wire cut of electric discharge machines, this paper analyzes and studied the influence regulation of the discharging current to the surf... 通过在快走丝线切割加工机床上进行多次加工实验,本文研究分析了放电电流对线切割加工表面粗糙度的影响规律。
- She charged only a nominal fee for her work. 她为所做的工作只收取象征性的费用。
- discharging current relative growth 放电电流相对增长
- Apply 2.5x rating voltage to both Terminations for 5 seconds. Charge and discharge current are less than 50mA. 以额定电压2.;5倍电压施加于两端电极并持续5秒;充放电流不大于50毫安。
- Especially, the switching power system can provide the steady discharge current without any amperite. 无需镇流电阻也可实现气体稳定放电。
- The ship is discharging the cargo. 船正在卸货。
- The chairman is only the nominal ruler of the country. 主席只是那个国家名义上的统治者。
- The battery can be discharged at 12 C rate, and it also has a power density of 600 W/L and a discharge current density of 171 mA/cm 2. 研制出的21 XYG5 蓄电池组具有12 C高倍率放电能力，放电比功率可达600 W/L，放电电流密度高达171m A/cm 2。
- Discharge current of the electrode with a whole piece of metal as its ground is much higher than that of the electrode with a pectinated ground. 用整块金属板做接地电极相比于梳状接地电极可以产生较大的放电电流；
- 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。
