1) charging voltage
充电电压
1.
The result shows that the effect of charging voltage on size and distribution of droplets is obvious.
研究表明:充电电压对雾滴大小及直径分布有显著的影响,但在不同雾化模式下,雾滴的大小随电压的变化规律是不同的,雾滴直径分布在不同模式下也呈现不同的分布特点。
2.
Maintenance-free battery and valve-regulated storage battery are very sensitive to the charging voltage.
免维护电池和阀控电池对充电电压很敏感,而添加负极膨胀剂又强烈影响电池的充电接受性能。
3.
It is emphasized that charging voltage of charging systems for motorcycles is of great significance to the service life of batteries.
强调了摩托车充电系统的充电电压对电池的使用寿命至关重要。
2) floating charge voltage
浮充电压
1.
The values of floating charge voltage for all cells in the VRLA group were as the law of normal distribution.
阐述了阀控式密封铅蓄电池组中各单电池的浮充电压值是服从正态分布规律的。
3) float charging voltage
浮充电压
1.
The paper introduces the importance of maintenance-free battery in DC power supply system, the maintenance-free battery in a base station needs maintenance, we can not judge the battery capacity by the float charging voltage, Here, a simple and practical method is introduced to check battery capacity by testing battery online.
本文介绍了基站免维护蓄电池在直流供电系统中重要地位,基站免维护蓄电池需要维护,浮充电压不能判断蓄电池容量,论述了在线测试蓄电池判断蓄电池容量的简单实用的方法。
4) inner pressure during charging
充电内压
1.
2 V NiMH power cell, such as discharge capacity, discharge voltage, quick charge, highrate dischargeability, inner pressure during charging and chargeability/dischargeability at high/low temperature, was researched.
2V方型MH Ni动力电池的放电容量、放电电压、快速充电、高倍率放电、充电内压和高低温充放电等性能。
5) floating voltage
浮充电压
1.
Because it was tapered failure,the high-low values and uniformity of floating voltage ,and the large-small values and tendency of floating current for all of single cells in the battery group could provide the important informatiom about the state-of-heath of battery group .
由于它是渐变失效产品,所以蓄电池组中各块电池的浮充电压高低和均匀性以及浮充电流的大小和变化趋势,可以为在线评估蓄电池组的健康状况提供重要的信息。
6) float voltage
浮充电压
1.
The article investigated systematically the endurance of Sonnen-schein VRLA gel batteries by different float voltage charging at different temperatures, and measured the pos.
对于阳光公司Dryfit胶体电解质阀控式电池在不同温度条件下采用不同浮充电压充电时的耐久性进行了较为系统的研究，并测量了不同正极板结构电池各种浮充电压时的正、负极板的极化电位，对于确定不同结构阀控式电池的浮充电压有一定的指导意义。
补充资料：充电终止电压
分子式：
CAS号：
性质：在规定的恒流充电期间，蓄电池达到完全充电状态时的电压。到达终止电压后若仍继续充电，即为过充电，一般对电池性能和寿命有损害。
CAS号：
性质：在规定的恒流充电期间，蓄电池达到完全充电状态时的电压。到达终止电压后若仍继续充电，即为过充电，一般对电池性能和寿命有损害。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条