1.
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。
2.
a film full of filth
充满猥亵内容的电影
3.
A DISCUSSION ON CHARGE AND DISCHARGE OF THE CAPACITOR IN BLACK-LEVEL SETTING CIRCUITS FOR COLOR TV;
彩电黑电平箝位电路电容的充放电问题
4.
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。
5.
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
6.
Last measured total full charged battery capacity
上一次测量的完全充电的电池总容量
7.
Does your car battery charge easily?
你那辆汽车的蓄电池容易充电吗？
8.
The cell is reversible and is readily recharged.
电池可逆，并容易重新充电。
9.
Design of Charging System for Super Capacitor Hybrid Electrical Vehicle
超级电容混合动力汽车充电系统研制
10.
Shunt capacitor bank switching strategy based on precharge circuit
基于预充电的电容器组投切控制策略
11.
The charging of a condenser from a battery is not unlike the filling of a tank from an oil reservoir.
电池给电容器充电就象油灌给油箱加油一样。
12.
The Research on SLR High Voltage Capacitor Charging Power Supply with Series Modules;
串联结构SLR式高压电容恒流充电电源的研究
13.
Electromagnetic compatibility and disturbance restraining of electrical vehicle charging systems
电动汽车充电系统电磁兼容与干扰抑制研究
14.
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。
15.
The unit of capacitance in the meter-kilogram-second system equal to the capacitance of a capacitor having an equal and opposite charge of1 coulomb on each plate and a potential difference of1 volt between the plates.
法拉电容的单位，等于电容器极板上充以1库仑电量后两板间的电压为1伏特时的电容
16.
Study on Generation Capacity Adequacy in the Deregulated Electricity Market Environment;
电力市场环境下发电容量充裕性问题研究
17.
Prediction of MH-Ni Battery Capacity and Intilligent Charge Based on Neural Networks;
基于神经网络的镍氢电池容量预测及智能充电
18.
Research on High-Capacity Inteligent Charging System for Lead-acid Batteries;
用于铅酸蓄电池的大容量智能充电系统的研究