循环寿命,cycle life
1)cycle life循环寿命
1.Effect of boron on the discharge capacity andcycle life of rare-earth-based AB_5-type hydrogen storage alloy;硼对稀土系AB_5型贮氢合金电化学容量及循环寿命的影响
2.Measures on improvingcycle life of motive power VRLA batteries;提高动力用VRLA电池循环寿命的措施
3.Disscussion on charge acceptance andcycle life of VRLA batteries for electric bicycles;电动车用VRLA蓄电池的充电接受与循环寿命探讨
英文短句/例句
1.The reasons of rapid decline in cycle life of Li-ion battery锂离子电池循环寿命快速衰减的原因
2.Analysis of capacity decrease on the early stage of the cycle life循环寿命初期容量下降的现象及分析
3.A fast equivalent testing method for evaluating cycle life of EV batteries电动车电池循环寿命快速等效测试方法
4.Study on the Ervin Life of Low Carbon Cast Steel Shot抛喷丸清理用低碳铸钢丸ERVIN循环寿命的研究
5.Key warder: valve control lead storage battery; charge method; balanced; Circling life.关键词:阀控式铅酸蓄电池;充电方法;均衡性;循环寿命.
6.Effect of nickel electroplating on negative electrode surface on cycle life and inner pressure of nickel hydride battery负极表面镀镍对镍氢电池循环寿命与内部压强的影响
7.Find the expected life of the part in cycles.求零件的预期寿命的循环数。
8.Reliability analysis method for the low cycle fatigue life of a disk轮盘低循环疲劳寿命可靠性分析方法
9.Power Cycling Simulation and Solder Joint Life Prediction for Chip Scale Package;CSP封装功率循环模拟及焊点的寿命预测分析
10.Reappraisal of Metal Resource Life by the Material Recircul ation Index;用材料再生循环指标重新评估金属资源寿命
11.Impact of Freeze-thaw on the Concrete Bridge Life冻融循环作用对混凝土桥梁寿命的影响
12.Reliability Analysis of Multiaxial Low Cycle Fatigue Life for Turbine Disk涡轮盘多轴低循环疲劳寿命可靠性分析
13.Disk Low Cycle Fatigue Life Prediction Based on Multiaxial Fatigue Model基于多轴疲劳模型的轮盘低循环疲劳寿命预测
14.The remaining life of speciment is dependent upon loading history, under two level cyclic loading.两级循环加载条件下，材料的剩余寿命强烈地依赖于加载历史。
15.Abstract: The remaining life of speciment is dependent upon loading history, under two level cyclic loading.文摘:两级循环加载条件下，材料的剩余寿命强烈地依赖于加载历史。
16.Measures for prolonging Service Life of the Soft Water Closed Circuit Circulation Cooling System for BF Cooling Stave延长高炉冷却壁软水密闭循环冷却系统使用寿命的措施
17.Research on Prediction Model for Disc LCF Life and Experiment Assessment Methodology;轮盘低循环疲劳寿命预测模型和试验评估方法研究
18.Moment Estimation Of The Accelerated Life Testing-Circular-Progressive-Stress Weibull Distribution Under Censored Samples;WEIBULL分布场合下循环序进应力加速寿命试验的矩估计
相关短句/例句
cycling life循环寿命
1.Studies on improving thecycling life of lead-acid batteries;提高铅酸蓄电池循环寿命的研究
2.Effect of positive paste density and tin content of grid oncycling life;正极铅膏密度和板栅锡含量对循环寿命的影响
3.Effects of additives (RSO_3H) on thecycling life of positive electrode in lead-acid batteries;添加剂(RSO_3H)对铅酸蓄电池正极循环寿命的影响
3)cyclic life循环寿命
1.The influence on C 5 and C 2 of plate thickness and electrolyte additive has been researched and the effect of different discharge modes oncyclic life were compared.通过对比不同厚度极板及不同电解液添加剂对电池C5、C2 的影响 ,并对比不同放电方式对电池循环寿命的影响 ,为电动助力车用密封电池的设计开发提供依据 ,并开发出性能优良的电动助力车用蓄电
2.The cyclic test results showed that the battery with proper density and quantity of electrolyte had excellent performance of capacity andcyclic life.电池循环试验结果表明:采用恰当的电解液密度和电解液用量,蓄电池具有良好的容量和循环性能,5A100%(DOD)放电的循环寿命超过300次;电池组容量的均匀性与负极活性物质的硫酸盐化是影响蓄电池组循环寿命的重要因素。
4)cycle lifetime循环寿命
1.Thecycle lifetime of the AA type nickel-metal hydride battery was studied.１化合物为负极材料的ＡＡ型镍－金属氢化物电池的循环寿命进行了研究，实验发现ＭｍＮｉ３。
2.The charge-discharge properties andcycle lifetime of Mm xNi 3.９５）合金的充放电特性及循环寿命。
5)deep cycle life深循环寿命
1.The test results show that(1) thedeep cycle life and charge acceptance will be improved considerably if the H_2SO_4 volume is reduced;(2)the compound organic expander composed of humic acid and lignosulphonate improves the utilization of negative active mass at 2 h rate discharge capacity more than any one of them in separate use.结果表明,当铅膏中的硫酸量降低后,蓄电池的充电接受性能和深循环寿命大大提高;木素磺酸盐与腐殖酸复合的有机膨胀剂较其单独使用,提高了负极在2小时率容量放电条件下的活性物质的利用率。
2.The influence of over deep discharging on property including initial capacity,charge retention anddeep cycle life of battery was investigated through valve regulated lead acid battery over deep discharging in different degree.通过阀控铅酸电池不同程度深放电的实验 ,研究了深放电对电池初期容量、荷电保持率、深循环寿命等性能的影响 ,并对影响性能的原因作了分析。
6)low cycle fatigue life低循环疲劳寿命
1.Elastoplastic finite element analysis andlow cycle fatigue life prediction of an engine combustor case were completed.对某发动机燃烧室外套进行了弹塑性有限元分析和低循环疲劳寿命预测。
2.Accounting for creep and stress relaxations long-term life andlow cycle fatigue life prediction method for gas turbine engine hot section is established.建立了考虑蠕变和应力松弛的航空发动机涡轮叶片等高温构件的持久寿命和低循环疲劳寿命预测方法。
3.On the basis of before-mentioned circs,the factors affecting the componentlow cycle fatigue life were investigated.以某型发动机一级压气机轮盘为对象,应用该方法进行了关键部位榫槽的模拟件设计和低循环疲劳寿命考核试验。
延伸阅读
循环系统的进化鱼的循环系统
