In general, it is difficult to obtain a large number of test data about battery cycle life.
一般情况下，很难获得为数众多的蓄电池循环寿命测试数据。
The use of the additives can increase the battery cycle life, charge acceptance, surface area of negative active mass and stabilization of its structure.
使用负极板添加剂可以增加蓄电池寿命，提高充电接受能力，增大负极活性物质表面积并稳定其结构。
Recalibrating the battery requires a cycle of a complete charge and a complete discharge.
重新调整电池需要一个周期，一个完全充电和放电完成。
However, the mainstream of the current lithium-ion battery, this cycle is the peak does not exist.
然而对目前主流的锂离子电池而言，这种循环的峰值现象是不存在的。
If you think this might be a problem, simply keep your battery inside the notebook and know that if you do not cycle your battery every so often, it will eventually go bad.
如果您认为这可能是一个问题，只需保持内部的笔记本电池，并知道如果你不循环电池每隔一段时间，它最终将变坏。
The discovery that the carbon component's interaction with air can be repeated, creating a cycle of charge and discharge, led to the development of the new battery.
这一发现，碳组成的互动与空气可以重复，建立一个循环充电和放电，导致了开发新的电池。
Electric golf cart batteries are one type of relatively inexpensive deep-cycle battery that is often used for energy storage in smaller PV systems.
电动高尔夫球车使用的蓄电池是一种比较便宜的深循环蓄电池，通常应用于小型光伏系统中储存能量。
A charge cycle consists of charging your battery back up to its full capacity when it's out of juice.
循环充电包括了当它没电的时候，把你电池再次充满。
As additives of electrode materials and electrolytes, the carbon can improve the capacity and cycle life of battery.
碳作为正负极活性物质和电解液的添加剂能提高蓄电池的容量和循环寿命。
The results showed that at room temperature, the battery had excellent cycle stability and high discharge voltage platform.
结果表明：在室温条件下，电池具有较好的循环稳定性和较高的放电电压平台。
The experimental results showed this electrode can improve reversibility of the battery and increase its charge discharge capacity, cycle life.
实验结果表明，使用这种电极可使电池的可逆性明显改善，提高其循环寿命和充放电容量。
The effects of hexamethyldisilazane(HMDS)to the stability of electrolyte and cycle performance of Li-ion battery were studied.
研究了六甲基二硅氮烷（HMDS）对电解液稳定性和锂离子电池循环性能的影响。
Phosphoric acid as an electrolyte additive for VRLA battery was studied by testing the battery initial capacity and cycle life.
对磷酸作为VRLA电池电解液添加剂进行了初期容量和循环寿命试验研究。
An adaptive control strategy for parallel hybrid electric vehicles is proposed based on drive cycle recognition with the balance of battery SOC as objective.
提出了以电池电量平衡为目标的基于行驶循环识别的并联混合动力汽车自适应控制策略。
The initial capacity of battery was increased, and the deep cycle life was shortened greatly because of over deep discharging.
电池经过深放电有利于提高电池的初期容量但大大地缩短了电池的深循环寿命。
Battery SOC can maintain at a certain level so long as the battery system is well matched under specific driving cycle.
特定试验工况循环下，只要电池系统匹配合理，SO C值就能够维持在一定的水平。
Especially, the battery with electrolyte saturated by zinc oxide and indium oxide shows excellent charging-discharging performance and charge retention capacity as well as its cycle life.
在电解液中同时添加氧化铟和氧化锌可提高电池的充放电效率和荷电保持能力，电池的循环寿命也得到提高。
When the rapid charge was adopted for the cycle test, the battery should be restored to full charge state by the normal charge after a few cycles.
快速充电用于循环试验时，经几次循环后要用标准充电法将电池恢复至完全充电态。
The deep cycle life of battery made from Pb-Ca-Sn-Al alloy was increased and reached 435 cycles after improvement.
经过改进，提高了铅钙锡铝合金电池的深循环寿命，循环寿命达到了435次。
It was shown that the particle size distribution of lead powder played an important role in plate porosity, initial capacity and cycle life of the battery.
结果表明：铅粉粒径对极板的孔隙度、成品电池的初始容量、充电接受性和循环寿命有较大影响。
The effects of the two kinds of lead powders on initial capacity and cycle ability of VRLA battery were tested.
试验了两种铅粉对VRLA电池的初期容量和循环能力的影响。
Since the actual SOC of lead acid battery is influenced by many factors, such as temperature, cycle of discharge and aging of battery, it is difficult to obtain ideal results by traditional methods.
由于铅酸蓄电池真实的SOC受许多因素如电池温度、充放电次数、电池老化等因素的影响，传统的SOC预测技术很难达到理想的效果。
It was found that the fast cycle life of battery was limited by negative plate, but not by positive plate, and deep cycle life was mainly limited by positive plate.
通过铅膏配方试验，发现制约电池快速寿命的是负极板而不是正极板，制约深循环寿命的主要是正极板。
The influence of the charge mode on the cycle life of lead acid battery was studied.
研究了充电方式对铅酸蓄电池寿命的影响。
The effect of concentration and additive of vanadium ion redox flow battery on positive reaction was investigated by the means of cycle voltammetry.
采用循环伏安法研究了全钒离子液流电池正极溶液的浓度及添加剂对正极反应的影响。 研究了两种离子交换膜对钒电池性能的影响。
The cycle life at 70% DOD of the VRLA battery made by the optimum paste formula is up to 612 cycles.
按照上述最佳配方生产的阀控密封式（VRLA）蓄电池在70%的放电深度下的循环寿命达到了612次。
The performance of lead-acid battery using 4bs as the precursor of the positive plates was introduced. The principle of 4bs improving the cycle life of lead-acid battery was also discussed.
介绍了近年来采用4BS作为正极生极板活性物质所制备的铅酸电池的性能，并评述了4bs延长铅酸电池循环寿命的原理。
MH-Ni battery; inner pressure; mathematical model; cycle life;
镍氢电池；内压；数学模型；循环寿命；
MH-Ni battery; inner pressure; mathematical model; cycle life;
镍氢电池；内压；数学模型；循环寿命；
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