充电电压的英文

• charging vlotage
• charging voltage

• "充电"英文翻译    charge; battery charging; ch ...
• "电压"英文翻译    voltage; electric tension; e ...
• "线路充电电压" 英文翻译 :    line charge voltage
• "最大充电电压" 英文翻译 :    maximum charging voltage
• "蓄电池充电电压" 英文翻译 :    battery charging voltage
• "不充电电池" 英文翻译 :    frozen battery
• "充电电池" 英文翻译 :    ac accumulator; charge battery; rechargeable batteries; rechargeable battery
• "充电电感" 英文翻译 :    charging inductance
• "充电电机" 英文翻译 :    charge motor; charging machine
• "充电电极" 英文翻译 :    aufladeelektrode
• "充电电缆" 英文翻译 :    charging cable
• "充电电流" 英文翻译 :    charge current; chargeing current; charging current
• "充电电路" 英文翻译 :    charge up circuit; charging circuit
• "充电电器" 英文翻译 :    rechargeable battery
• "充电电容" 英文翻译 :    charging capacitor
• "充电电容器" 英文翻译 :    charging capacitor; charging condenser
• "充电电源" 英文翻译 :    charge power supply
• "充电电阻" 英文翻译 :    charge resistance; charging resistance
• "充电电阻器" 英文翻译 :    charging resistor
• "干充电电池" 英文翻译 :    dry charged battery; dry-charged battery
• "过充电电流" 英文翻译 :    surcharge
• "可充电电池" 英文翻译 :    built-in battery; ni-cd rechargeable battery; rechargeable cell
• "可充电电筒" 英文翻译 :    rechargeable torch
• "再充电电池" 英文翻译 :    rechargeable cell
• "再充电电流" 英文翻译 :    recharge current

• The effect of the charging voltage on the the life of storage battery
  充电电压对蓄电池寿命的影响研究
• The action of electrostatic on the atomization of fuel is investigated
  研究了充电电压对燃料雾化特性的影响。
• By recharging voltage recharge current vary , and as for the recharge gradually increases , not because of battery heating period and declined slightly
  充电电压因充电电流不同而异，并随充电的进行而逐渐上升，到未期因电池发热而略有下降。
• If the charge voltage of current is too high and cause overload , the function of overload protection can cut off output power . it may resume automatic after release from overload
  在充电过种中若充电电流太大或充电电压过高引起机器过载时，本机的过载保护会将输出断开，待过载解除后，自动恢复。
• According to the simulated results , the parameters of loop making the influences on transformer ’ s output voltage are analyzed , and suited transformer ’ s parameters are selected depending on the analytic result
  其次用pspice分析了脉冲功率系统各部分参数对传输线充电电压的影响,并根据分析结果合理地选择变压器参数。
• The distributions of velocity vector , vorticity . turbulent kinetic energy and some other detailed flow information in the field are obtained . the influence of electric field on the flow field is discussed and gives a deep insight on it
  3 、首次采用piv技术对荷电喷雾射流流场进行了测量，获得了整个流场的瞬时速度、湍能、涡量等信息分布图，研究了流场特性随充电电压的变化情况。
• The processes and characters of synthesis reaction for ni / al and ti / al under the influence of high intensity of pulsating electric current are researched . the characters of organization and structure of products under different parameters such as charge voltage , charge capacitance , pulsating electric current , pulsating amounts and pulsating duration are summarized
  对高密度脉冲电流下ni al 、 ti al的反应特点进行了分析，总结了在不同的充电电压、充电电容、脉冲电流、脉冲数量、脉冲持续时间等参数下，反应产物的组织与结构特点。
• In order to overcome this problem , i bring forward the task that named “ intelligent patrol system among storage batteris of stand - alone pv power station based on dsp ” . this system can combine with the working stand - alone pv power station perfectly , and can patrol every storage battery of the storage battery group that used in pv station . if the voltge , current and temperature of one battery is not in good state , the system will give alarm in time . if one battery will be bad soon , the system will give alarm too
  为了克服充放电控制器对单个蓄电池不能检测的缺点,特提出研究开发基于dsp的离网太阳能电站蓄电池智能巡检系统。该系统可与当前离网太阳能电站完美结合,完成对蓄电池组中每一块电池的循环检测,如果单个蓄电池充电电压、温度、充电电流出现异常,及时报警,以使蓄电池处于更好的工作状态,提高蓄电池使用寿命。
• Aimed at some problems such as short spraying distance , electricity - leaking and reverse ionization among electrostatic nozzles existing in the country , a induction charging and pneumatic energy electrostatic nozzle was designed . the basic designing theories , structure and working process of this nozzles were theoretically specified in the paper . and then the atomization quality and charge performances of this nozzle and its affecting factors were studied by carrying out performance experiment and statistic analysis . result of the studies indicate : ( 1 ) some progress were made in solving the problems list above ; ( 2 ) from this nozzle , droplet were minute and uniform , and higher charge - mass ratio can be obtained under lower electrostatic voltage , thus the atomization quality and charge performance of this nozzle were both better ; ( 3 ) within the experiment extend , air pressure at 0 . 2mpa , electrostatic voltage at 2400v were the most suitable parameters for the nozzle ; ( 4 ) the regression equations for describing droplet size , intensity of spray current and charge - mass ratio of this nozzle obtained from the experiment data had higher forecast precision ; ( 5 ) cross - effect of all factors were not significant , the atomization quality and charge performance were relative dependency affected by the factors
  诸试验因素中，充电电压和喷孔直径对雾滴荷质比均有极显著的影响；气体压力和液体流量对雾滴荷质比的影响均不显著；影响雾滴荷质比的主要因素依次为充电电压和喷孔直径; ( 8 )在300v 、 600v 、 1200y 、 1800y 、 2400v 、 3000v六种充电电压t ，雾滴荷质比先随充电电压的增加而增大， 2400v后荷质比减小，推测:对于所研制的喷头可能存在一个最佳充电电压; ( 9 )由充电电压和喷孔直径的不同搭配所得雾滴荷质比不同这一结果，可看出，较大充电电压需配备较大喷孔直径以增强雾滴荷电效果; ( 10 ) td3 . 6和td3 . 4两喷头的雾滴荷质比曲线趋于重合，说明喷孔直径大于沪3
• The study of the effect of material properties and dimensions and loading currents on liner buckling , using a capacitor bank as a driver , indicates that the mode number for buckling increases with the ratio of radius to thickness of a liner , and the yield strength to plastic hardening modulus , but keeps invariable with the increase of loading current , and that the magnitude of buckling increases with the loading current
  用电容器组脉冲发生器装置作为驱动源，设计4种不同材料、不同尺寸的金属套简，通过调节电容器组的充电电压得到不同的加载电流，研究材料及几何参数、加载脉冲特性对套简屈曲的影响；采用瞬态非线性有限元方法对实验结果进行了数值模拟。

• 充电电压的日语：チャージングでんあつ チャージング電圧