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自放电的
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  self-discharge
     Factors affecting the self-discharge of Ni-MH batteries
     影响MH-Ni电池自放电的因素
短句来源
     Improving study on self-discharge of Lithium manganese Dioxide Battery
     改善锂锰电池自放电的研究
     Variation of hydrogen absorption enthalpy of Mg-Ni amorphous alloys with Ni content and its effect on self-discharge
     Mg-Ni非晶合金吸氢形成焓随Ni含量的变化及其对自放电的影响
短句来源
     Factors on self-discharge of zinc manganese dioxide batteries
     影响碱性锌锰电池自放电的因素
短句来源
     Factors on self - discharge of zinc manganese dioxide batteries
     影响碱性锌锰电池自放电的因素
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  “自放电的”译为未确定词的双语例句
     Further more, for 42 kV operation voltage of all 120 switches in LTD and the gas pressure of 0.19 MPa, the probability of no misfire incidents is not less than 90%, and the corresponding dynamic discharging delay and jitter time of the switch is about 170 ns and 20 ns, respectively.
     结果均表明,对于工作中、后期的开关,当气压为0.19MPa时,在42kV运行电压下,加速器上120只气体开关不发生自放电的概率大于90%,与实际运行情况相符,此时开关的动态放电时延为170ns,抖动小于20ns。
短句来源
     Influnce of Metal Impurities in Neutral Electrolyte on the Self-Discharging of the Zn Anode
     电液中金属杂质对锌负极自放电的影响
短句来源
     This paper presents a study of the influence of five common metal impurities and the PH values in the neutral clectrolytc of a dry cell.
     研究干电池中性电解液中常见的五种金属杂质在溶液PH值变化时对锌负极自放电的影响。
短句来源
     The effects of atmosphere,MH electrode,production process of hydrogen storage alloys separator materials and decomposition pressure of hydride on the self discharge characteristics of Ni MH battery were studied.
     探讨了电池中的气氛、MH电极、隔膜材料、贮氢合金生产工艺和氢化物分解压对MH-Ni电池自放电的影响。
短句来源
     The effects of composition,grain size,surface_treatment of hydridre materials and technological factors such as additives,conductive materials,binders and pressure on self_discharge characteristics of nickel_hydrogen batteries were investigated in this paper. The results show that the main reason for self_discharge of the batteries is the reduction of the reversible capacity. The results also show that the main factors which affect the self_discharge characteristics of the batteries are constituent and surface_treatment of the alloys.
     研究了贮氢材料的成分、粒度、表面处理以及添加剂、导电剂、粘结剂、制片压力等因素对贮氢电池自放电性能的影响,结果表明:导致贮氢电池自放电的主要原因是电池的可逆容量损失,主要影响因素是贮氢材料的成分及其表面处理
短句来源
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  相似匹配句对
     Since the interacting coping theory and its model were put forward by R.
     R.
短句来源
     After R.
     R.
短句来源
     Prevention of Self-discharge of Motorcycle Battery
     摩托车蓄电池放电的预防
短句来源
     Factors affecting the self-discharge of Ni-MH batteries
     影响MH-Ni电池放电的因素
短句来源
     Digital emulation of discharge
     放电的数字仿真
短句来源
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  self-discharge
The influence exerted by addition of α-hydroxynaphthoic acid and combined additive Hg + Pb + α-hydroxynaphthoic acid on the corrosion and self-discharge of a porous zinc electrode in alkali solution was studied.
      
Influence of Fabric-Enclosed Positive Electrodes on Self-Discharge Mechanism of Active Masses of Lead Batteries
      
The self-discharge of lead batteries with fabric-enclosed positive electrodes was studied.
      
Effect of Lanthanide Additives to a Nickel Oxide Electrode of a Sealed Nickel-Zinc Battery on the Self-Discharge and Hydrogen Pr
      
The influence exerted by addition of a nickel-based alloy containing lanthanides (La, Ce, Nd, Pr) to the active paste of a nickel oxide electrode on the self-discharge and hydrogen pressure in a sealed nickel-zinc battery was studied.
      
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  self-discharging
The amount of hydrogen gas evolution due to the self-discharging reactions of zinc and the internal cell impedance were also evaluated.
      
Two approaches are set forth to explain the sense of the process of soil core self-discharging from a pipe under the action of impact load generating anomalously low friction and oncoming pressure on the core.
      
Improving ingot quality by using slags with a self-discharging crust
      
Device for dust-free loading of hoppers with self-discharging containers
      
State-of-the art grabs with a capacity of 8 3 are fitted to the majority of the fleet, giving them a self-loading and self-discharging capability.
      


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电容器的绝缘予防试验迄无有效办法,本文提出的「自放电曲线」法,可以很好地判断电容器是否受潮或质量不好,试验结果和理论分析说明这种方法比以往所用各法有显著的优点(简单、有效),本文还分析了利用测量tgδ和泄漏电流法所存在的缺点和困难,可供有关单位参考。

This paper presents a study of the influence of five common metal impurities and the PH values in the neutral clectrolytc of a dry cell. on the self-discharging of its zinc anode. In the study, the maxma of the monoimpurity and multi-impurity in the solution have been found out, which restrics the self-discharging of the zn anode in an allowable range. A conclusion has been drawn that a definite quantity of Pb impurity will function as a corrosion inhibitor in the solution. Al the experimental results are verified...

This paper presents a study of the influence of five common metal impurities and the PH values in the neutral clectrolytc of a dry cell. on the self-discharging of its zinc anode. In the study, the maxma of the monoimpurity and multi-impurity in the solution have been found out, which restrics the self-discharging of the zn anode in an allowable range. A conclusion has been drawn that a definite quantity of Pb impurity will function as a corrosion inhibitor in the solution. Al the experimental results are verified by electrochemical theories in this paper. The conclusions obtained from the study may be used as reference when the Ministry of Light Industry makes the purity standard of the electrolyte for dry cells.

研究干电池中性电解液中常见的五种金属杂质在溶液PH值变化时对锌负极自放电的影响。找出了单一杂质及混合杂质存在于溶液时,使锌负极自放电小至允许情况的上限值。得出了一定量铅杂质的存在可起到缓蚀作用的结论。从理论上进一步证明了实验结果的正确性。本文结论可为轻工业部制定电解液纯度标准作参考。

This paper inquires into the relation of self-discharge, final encapsulation technology and storage property of Zn-MnO2 paper-lined battery.The authors have gone through the experiments and statistics thinking, final encapsulation technology is the key element affecting the storage property of paper-lined battery according to the present situation of paper-lined battery technology. And the battery with final encapsulation has an advantage and its storage-life and storage capacity reduced rate can attain equivalent...

This paper inquires into the relation of self-discharge, final encapsulation technology and storage property of Zn-MnO2 paper-lined battery.The authors have gone through the experiments and statistics thinking, final encapsulation technology is the key element affecting the storage property of paper-lined battery according to the present situation of paper-lined battery technology. And the battery with final encapsulation has an advantage and its storage-life and storage capacity reduced rate can attain equivalent level of the same kind of battery made abroad

本文探讨了锌—锰纸板电池自放电和封口技术与贮存性能的关系;笔者通过试验和统计,认为根据我国纸板电池的技术现状,封口技术是影响纸板电池贮存性能的关键因素,密封好的电池。其贮存容降率和寿命完全可达到国外同类产品的水平;糊式电池所采用的沥青封口法,不适宜用于纸板电池,沥青封口不能制造出高贮存寿命的电池;采用塑料圈与软性粘接剂双道封口,是纸板电池值得探讨的封口方法之一。

 
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