片语

high cycle fatigue life高周疲劳寿命

Cycle of LifeCycle of Life is a cycling expedition organised to raise awareness and funds for rural African communities in and around conservation area

cycle fatigue life疲劳寿命

cycle-life method生命周期法

cycle-life therefore循环使用寿命

low cycle fatigue life低周疲劳寿命

the cycle of life生命周期

英汉例句

• The point of intersection of elastic line and plastic line moves toward the low cycle life with the hardness of the spring steel raised after tempering from the strain fatigue curve.

  在应变疲劳曲线上，弹性线和塑性线的交点随弹簧钢回火后硬度的升高而向低循环寿命移动；

• 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 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 matching and optimization between batteries and their chargers as well as the relationship between the discharge depth and the cycle life were described in this paper.

  着重介绍了蓄电池和充电器之间的匹配和优化以及蓄电池放电深度与循环寿命之间的关系。

• Spirally wound lead acid batteries had more advantages compared to conventional batteries in terms of the specific energy, specific power, cycle life and fast charging.

  阐述了卷绕式铅酸蓄电池与传统的蓄电池相比，比能量、比功率、循环寿命、快速充电等方面都具有优势。

• However, small capacity, the output voltage is low, has restricted the short cycle life of lithium-ion battery development.

  但容量小，输出电压低，循环寿命短已经制约了锂离子电池的发展。

• The cycle life of the alloys monotonously increased with the increase of quenching rate.

  合金的循环寿命随淬速的增加而单调增加。

• 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。

• 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。

• After many tests, the deep cycle life over 450 times and fast cycle life over 800 times of positive plate were reached.

  目前通过多次试验正极板深循环寿命可超过450次，快速寿命可超过800次。

• Then a simulation of cycle discharge performance was carried out by using the cycle life test data got at high-temperature. The error of discharge voltage was less than 0.6%.

  然后结合已有的高温循环寿命测试数据对电池循环放电性能进行了仿真，得到了放电电压误差不超过0.6%的结果；

• Capacitive performance of various supercapacitors is tested by galvanostatic charge and discharge. And capacitive decay rate, cyclical stability and cycle life are also investigated.

  通过恒流充放电法测试不同电容器的电容性能，并考察了超级电容器的电容衰减率、循环稳定性和循环寿命。

• However, the cycle life test is the ultimate criterion to judge whether the battery performance is good or not.

  然而，蓄电池循环寿命测试是蓄电池性能好坏的最终判据。

• Results of evaluations to date indicate that the number of cycle life attains standard target of 200 times, which reflect good high temperature performance.

  结果表明，在常温充电-低温放电循环试验中，电池的循环寿命次数仍能达到200次的要求，证明了镉镍蓄电池良好的耐高温性能。

• 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。

• Active equalization can effectively extend cycle life of battery packs.

  主动均衡充电可以有效延长电池组的寿命。

• Virtually unlimited cycle life - can be cycled millions of time.

  几乎无限的循环寿命-可循环数以百万计的时间。

• 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 over-discharge resist ability of batteries, the cycle life of alloys and the capacity of electrodes can be distinctly improved by mixing appropriate amount of Co additives with alloys.

  通过在储氢合金中掺适量的钴系添加剂，可显着提高电池的耐过放能力、合金粉的循环寿命及电极容量。