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charging current     
相关语句
  充电电流
     And the charging current is programmable,the output current isn′t than4A,the efficiency is96%,the range of output votlage is3Vto28V.The chip can be used to the multichemistry battery charger conˉtroller.
     该控制器的充电电流可编程 ,输出电流不小于4A ,效率达96 % ,输出电压范围为3V~28V ,适合于对多化学电池充电器的控制。
短句来源
     In this paper, the charging-current efficiency for Ti0.5Zr0.5V0.5Ni1.5-xCrx (x=0.2,0.4,0.6 and 0.8) hydrogen storage alloys was systematically investigated. The influence of the temperature and charging rate on the charging current efficiency and the change rule of the current efficiency with the cycle number were studied.
     本文系统研究了Ti_(0.5)Zr_(0.5)V_(0.5)Ni_(1.5-x)Cr_x(X=0.2,0.4,0.6和0.8)合金电极在充电过程中的电流效率变化规律,考察了温度和充电速率对合金充电电流效率的影响规律以及电流效率随循环次数的变化特点。
     Simulation results show that by use of APFC technology the harmonics and reactive current in charging current of DVR can be actively eliminated and both voltage stability and dynamic response of DC energy storage unit can be improved.
     仿真结果表明采用APFC技术能够主动消除DVR充电电流中的谐波和无功电流,提高储能单元的电压稳定性和动态响应性能。
短句来源
     The charging current and period can be programmed by user to provide friendly interface.
     对充电电流、充电时间等参数,本文采用用户可设置的形式,为用户提供了友好的使用界面。
短句来源
     Base on the existing disadvantages of the conventional charging method for the mine battery charging device, the paper provided a charging current control plan with a fuzzy control ideal.
     针对矿用蓄电池充电装置常规充电方法存在的缺陷 ,提出了基于模糊控制思想的充电电流控制方案。
短句来源
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  充电流
     Discussion of definition of the largest acceptable charging current for lead-acid battery——A regeneration braking method for electric vehicle
     铅酸蓄电池最大可充电流的定义探讨——一种适合于电动汽车回馈制动应用的方法
短句来源
     Regulating and Running of the Floating Charging Current of Cadmium-Nickel Battery
     镉镍电池浮充电流的调整与运行
短句来源
     The experimental method to define the largest acceptable charging current (LACC) for maintenance free lead acid battery applied in electric vehicle (EV) was introduced.
     提出了在电动汽车实际运行时定义回馈制动中免维护铅酸蓄电池的最大可充电流的实验方法。
短句来源
  充电电流的
     Based on the result of NiMH battery performance experiments,changing trend of maximal temperature and difference in temperature of HEV NiMH battery in different SOC and different charging current is analyzed.
     基于镍氢电池性能实验结果,分析了轻度HEV用镍氢电池在不同SOC情况下不同充电电流的最高温度、温差变化趋势.
短句来源
     The connection method in tank formation for lead-acid batteries and homogeneous charging current
     铅蓄电池槽化成的连接与充电电流的均匀度
短句来源
     Separation of Faradic and Charging Current with Factor Analysis for Chronoamperometry
     计时电流的因子分析-法拉第电流与充电电流的分离
短句来源
     A constant current high voltage power supply for charging the capacitor with variable switch frequency is described. Full-bridge series resonant topology and intelligent power modules(IPM) are used,and the switch frequency is controlled by the feedback signal of the resonant current to keep the charging current constant.
     介绍了一种适用于电容器快速充电的高压变频恒流充电电源,它采用智能功率模块IPM和全桥串联谐振式变换电路,依靠电流反馈信号来控制开关频率的升高以保持充电电流的恒定。
短句来源
     The finally charged voltage is proportional to the total quantity of charging current pulses, while the average charging current is proportional to the switching frequency.
     最终充电电压和充电电流的大小由微处理器控制,前者正比于充电电流脉冲的总个数,后者则正比于开关工作频率。
短句来源
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  “charging current”译为未确定词的双语例句
     The optimum-working state of total pressure P=4.6torr,ratio of gases pressure PHe:PNc= 9.7=1 and charging current I=3mA has been obtained.
     得到分气压比P_(He):P_(Ne)=9.7:1,总气压P=4.6torr和工作电流I=3mA的最佳工作条件。
短句来源
     The results showed that the best press to manufacture adulterated electrode was (6?MPa) and the content of Co(OH)_2 and LiOH was 10%,nickel powder was 5% and acetylene black 5% when the charging current was 380?
     结果表明:β Ni(OH)2纳米粉体加入含量10%的LiOH、10%的Co(OH)2和5%的镍粉、5%的乙炔黑,并以泡沫镍为集流体在6MPa压力下压制出镍正极材料,其结构稳定。
短句来源
     2) formation time of 14h,17h,20h and 25h at the same charging current;
     2)相同充电电流下,充电时间为14h、17h、20h、25h的化成;
短句来源
     When the charging current,the discharging current and the end potential are respectively 100 mA/g ,50 mA/g and 1.0 V,the specific capacity is 346.1 mA·h/g and the discharge potential plateau is at 1.24 V.
     采用以100mA/g恒电流充电4h,以50mA/g恒电流放电,终止电压为1.0V的充放电制度,其比容量达346.1mA·h/g,放电工作电位平稳于1.24V.
短句来源
     In this method, the charging current is maintained at 100A for 7h at first and the corresponding voltage is rised from 2.0V to 2.32V per cell, then the charging voltage is raised in steps and maintained at 2.32V for 10h, 2.50V for 10h, and 2.62V for 21h, the total charge duration is 48h.
     本法先以100A恒流充电7h,此时单只电压从2.0V升至2.32V,随后将电压逐步提高并恒定在2.32V(10h)、2.50V(10h)、2.62V(21h),共计48h。
短句来源
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  charging current
After a bake-out at 120° C under dry air and subsequent equilibration in a dry ambient at the test temperature, a voltage step is applied to the sample and the current versus time is recorded for 16,000 sec (the charging current).
      
The formation of blisters was observed more on the input side surface than on the exit-side surface and occurred for polarization charging current densities greater than 30.0 A/m2.
      
With the same charging current and time, longer dynamic charging resulted in more severe embrittlement.
      
The degree of hydrogen embrittlement increased as the charging current increased or as the strain rate decreased.
      
Optimal charging current density is found to be at 2200 A/m2, and charging time is varied.
      
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