Charging time

The three phases approach allows shorter charging time and higher efficiency.

这种充电方式具有充电时间短，充电效率高的优点。

i can stop charging any time.

我随时都可以停止使用的。

After irrigation, with varying of the temporal hour soil matric potential follows periodic increase and decrease regularity, Its charging periodic time is 24-hours.

灌水之后土壤基质势随时间的变化遵循周期性增减的规律，其变化周期为24h。

when the power supply is normal, the utility model can make lighting and charging at the same time; and in power failure, the battery will offer the power.

当市电供电正常时本实用新型可边照明边充电，停电时即由蓄电池供电。

first, a model of transformer has been built and analysed to formulate the expression of pulse on the load capacitor, which can demonstrate the influence of major parameters of transfomer on the charging time and efficiency of energy-transmitting.

首先，对空心变压器的理论模型进行了分析，在得到了输出脉冲电压的表达式的基础上分析了变压器各主要参数对脉冲充电时间和充电时能量传输效率的影响；

effects of different nitrogen charging time on fresh keeping property of fresh fruit and vegetable in normal temperature were researched, and the contrast between vacuum charge and modified atmosphere packaging was discussed.

研究了不同的充氮时间对于不同的新鲜果蔬常温保鲜性能的影响，并与自然气调的保鲜效果进行了比较。

Affecting Factors of Cold Storage Capacity and Charging Time of Hold-over Plate

影响冷板蓄冷量及充冷时间的因素

We optimize Then Charging and discharging time of a single user or a group of users with Binary Particle Swarm Optimization Algorithm ( BPSO).

采用离散二进制粒子群优化算法针对单个用户以及用户群一天中充放电时间组合进行最优选择。

the effect of the dust charging process becomes significant when the charging time is longer than either the pulse period or the ion response time ( measured by the inverse of the ion plasma frequency).

因为尘埃粒子的充电时间长于离子响应时间或者负脉冲时间，尘埃粒子的充电过程对鞘层的形成将有很大影响。

Charging time depends on battery capacity and charge current;

电池充电时间取决于充电电池容量和充电电流；

As a sustained portable power supply, direct ethanol fuel cell ( DEFC) plays a significant role in promoting the development of 3G era. It can resolve some problems of portable electronic devices, such as limited continuous working time and long charging time.

直接乙醇燃料电池（DEFC）作为一种可持续性的便携式电源，对于推动3G时代的发展具有重大意义，能够解决现有便携式电子设备电源连续使用时间短，充电时间长的问题。

when the color lights stop, the red indicator lights up means charging is completed, the charging time of the extension does not affect the life of the battery.

当充电七彩灯完全熄灭，红色只是等发亮时表示充电完毕，充电时间的延长不影响电池的寿命。

optimized technical conditions results from experimental analysis is as follows: temperature is 60 ℃, limed phenothalin alkalinity is 0.9, co_2 charging time is 30 min.

通过单因素试验分析结果，确定正交试验方案，经实验分析、讨论、确定最佳工艺条件为：温度为60℃，加灰酚酞碱度0.9，饱充时间30min。

Necessary charging time of capacitor in measuring high resistance with leakage current method is quantitatively calculated in theory and illustrated with examples.

对电容器漏电法测高阻中电容器所需充电时间首先从理论的角度进行定量计算，然后结合具体实例确定了充电时间。

Preparing the charging capacity and time;

预计充电量及充电时间计算；

and then to electric car trip range mileage and charging time constraints as the foundation, according to the results of analysis set up the totally pure electric bus scheduling model with minimum vehicle number and distance of the target of minimizing.

然后以电动车续驶里程和充电时间约束为基础，建立了以车辆数目最小和空驶距离最小为目标的纯电动公交车调度模型。

when the ratio of gas charging time to gas exhausting time(ζ) equal to 0.1763, the frequency of the highest cooling efficiency will occur at higher order oscillating frequency.

当充、排气时间比为0.1763时，最佳射流激励频率出现在高阶峰值振荡频率上。

For the typical high energy electron spectrum in outer radiation belt, the charging time for dielectrics is of the order of an hour.

对于典型的外辐射带高能电子能谱情况，介质的充电时间为小时量级。

Based on the operational characteristics, won a relationship equation between the charging time and driving mileage in a discharge process.

基于其运营特点，获得了电动车充电时间与车辆上一放电过程行驶里程数的关系方程。

based on the charging design of time series with two stages and testing study, the quantitative fitting relationship, which charging current related respectively with actual capacitance of carbon-based supercapacitor, available storage energy and charging efficiency, was analyzed.

通过两阶段充电时间序列设计与试验研究，分析充电电流分别与碳基超级电容器的实际电容量、有效储能量和充电效率之间的定量拟合关系。

to shorten charging time and improve charging efficiency, the circuit can change the charging electric current automatically according to real-time voltage of the battery, and dispel the polarization phenomenon by narrowing pulse discharge in the whole course.

该电路可根据蓄电池端电压自动改变充电电流大小，并通过全程窄脉冲放电消除了充电过程中的极化现象，缩短了充电时间，提高了充电效率。

the business suites take air-source heat pumps as cold and heat sources, and for individual metering, adopt the central air conditioning metering and charging system based on time equivalent from the sampler on each fan-coil unit.

商务套房采用空气源热泵作为冷热源，为便于分户计量，装设了集中空调计费系统，以每台风机盘管上安装的采样器采集到的时间当量为计费依据。

Over-long charging time at constant voltage for polymer lithium ion battery

聚合物锂离子蓄电池恒压充电时间过长的机理

Simulation results show that the charging time is relatively shorten.

仿真结果表明该方法充电时间相对缩短。

the pressure and temperature responses are calculated and analyzed based on matlab numerical simulation software for different parameters, such as charging time, heat transfer coefficient, effective heat transfer area and irradiation coefficient.

利用Matlab数值模拟求解非对称的基准物和被测物在不同的充气时间、有效传热面积、对流换热系数和不同的表面辐射率情况下的压力和温度随时间的响应；

It is hoped that an ideal new battery featuring rapid charging in a short time, large quantity of electric charge, high quality energy and discharging out of limit will be developed.

希望尽快研制出一种新型短时快速充电、电荷量、质量能和充放电不受限制的车用理想电池。

At present, owing to battery technology and battery charging time of electric vehicle, the driving range is limited, so interest is growing in range extender researches.

但目前由于纯电动车充电时间和充电技术的限制，使得纯电动车辆续驶里程不长。

experimental results show that the charging time of the fast charging method can be relatively shorten, that the voltage of power lithium battery pack can be balanced effectively by the equalizer.

实验结果表明，快速充电法可以相对缩短锂电池的充电时间16.7%，均衡电路能够有效的实现动力锂电池组的电压均衡。

moreover, the automobile adsorptive hydrogen storage system also need to be optimized for maximum performance, the result shows that enlarge the charge flow rate could minimize the charging time, make people more accustomed to fueling quickly in daily life.

同时，对车用吸附储氢系统的性能进行优化，研究表明，通过增加充气速率可以缩短充氢时间，让公众更加习惯日常加油所需的时间。

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。