| 1. | Electric vehicles - batteries - test method of charging efficiency
电动车辆.蓄电池.充电效率试验方法 |
| 2. | The influence of air condition on air input and charging efficiency
进气状态对汽缸进气量与充气效率关系的影响 |
| 3. | Influence of blending gas fuels to air - charged efficiency and over - air coefficient in diesel engine
柴油机掺烧气体燃料对充气效率和过量空气系数的影响 |
| 4. | In the case of repetition mode of the pulse power supply , fast charging circuit is designed to enhance the stabilize and charging efficiency of the dc power supply
为满足脉冲电源重复频率运行时直流电源的稳压性问题，设计了晶闸管快速充电自停自补单元，同时也提高了整个电源系统的效率。 |
| 5. | To consider the efficiency of charge of the mh - ni battery , this method revises the ah - methods . the battery management system realized to compensates the charge efficiency through a constringent factor
考虑到高比功率镍氢电池的充电效率，该方法将一般的安时法加以修正，通过一个变压缩因子实现充电效率补偿。 |
| 6. | The utilization of the pressure wave in the intake pipe and exhaust pipe which not only make more exhaust gas out of the cylinder but also improve the charge efficiency and make more fresh gas
合理的利用进、排气管中的压力波，不仅能使更多的废气排出缸外，而且还可以提高发动机的充气效率，使尽可能多的新鲜工质充入。 |
| 7. | The experiment results indicates that the application of the novel method with fast - charging control strategy can increase the charging efficiency and shorten the charging time , and there was no apparent rise of electrolyte
实验表明,采用快速充电控制策略的充电方法可以提高充电效率,缩短充电时间,且蓄电池电解液的温升低,实现了高效、快速、无损的充电思想。 |
| 8. | The method of chemical dynamics is adopted to describe quantitively the process of both hydrocarbon generating and gas releasing in the carboniferous source rocks in east sichuan areas , thus to hold the hydrocarbon - charging efficiency in the course of gas accumulation
摘要采用化学动力学的方法定量描述了川东地区石炭系烃源岩生烃和天然气的逸散过程，进而得到天然气成藏过程中的充注效率。 |
| 9. | In conclusion , a series of experiments on the product shows that , the applied fuzzy control technology , smbus , digital filter and sliding window algorithm not only improve the charging efficiency , but prolong the life - span of battery
对所研制的产品进行了一系列的试验。试验结果得出：应用了模糊控制技术、 smbus总线技术及数字滤波和滑动窗口算法，不仅提高了充电效率，还能延长电池寿命。 |
| 10. | 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。 |
