plate battery

英 [pleɪt ˈbætri] 美 [pleɪt ˈbætəri]

网络  板状电池(组); 阳极电池; 阳极电池组; 板极电池; 屏极电池

电力



双语例句

  1. E.g.: instrument processing and cutting of metal signs, ironing boards, atomic stamps, carbon plate in battery, copper stamp and small artworks.
    如:仪器加工,金属标牌、烫金板、原子章、电池碳板、铜章、小型工艺元件切割等;
  2. Pre-Evaluation of Occupational Hazards in Enlarged Project of Plate Workshop of Battery Company
    某蓄电池公司极板车间扩建项目职业病危害预评价
  3. A corrugated or perforated conducting plate in a storage battery. Study on Electrical Potential by Buried Source Electrode Within Horizontally Layered Half-space Model
    极板网栅,蓄电池电极板蓄电池中呈波纹状或有孔的导电板成层半空间深埋电极产生的电位分布
  4. Continuous nickel foam became the ideal material of electrode plate of MH/ Ni and Cd/ Ni battery, because of its excellent three dimensional reticulated structure, high porosity, high specific surface area and uniform quality, and was widely used in many other fields.
    连续泡沫镍由于具有三维网状结构、孔隙率高、比表面积大、质量均匀,因此成为MH/Ni及Cd/Ni电池理想的电极基板材料,并在许多领域得到广泛应用。
  5. Study on producing cdco_3 by spent cadmium-electrode plate from Ni-Cd battery
    镍镉电池废镉极板制备碳酸镉的研究
  6. High temperature curing of unformed plate in valve-regulated lead-acid battery
    阀控铅酸蓄电池生极板的高温固化
  7. High performance positive plate for lead-acid battery
    铅酸蓄电池用高性能正极板
  8. Calculated results showed that the current distribution over three-dimensional networks is more uniform than that over general grid and plate of lead-acid battery.
    结果表明,与常规板栅相比,三维网络碳化硅板栅与极板内电流分布比较均匀。
  9. Focus on the Plate Issues in the Selection of Telecom Backup Battery
    选用通信后备蓄电池应关注极板问题
  10. Aluminum Anode Plate for Lead-Acid Battery
    铅蓄电池用铝极板的制备
  11. Effects of the alloy for positive plate, the additives in negative plate and the proportion of positive grid to negative grid on the cycle life of lead acid battery were studied.
    研究了正极合金材料、负极添加剂和正负板栅比例对深循环铅酸蓄电池循环寿命的影响。
  12. Research and application of plate materials used for square hi-power battery
    方形动力电池用新型极板材料的研究与应用
  13. The traditional constant-current or constant-potential charge mode can not transform electric energy into chemical energy effectively due to its long duration and poor quality. Excess gassing and steep rise of temperature do serious damage to plate and shorten the life of storage battery.
    传统的恒流或恒压充电模式充电时间长,充电质量差,不能有效地将电能转化为化学能,蓄电池的过度出气和温度急剧上升严重损坏了电池的板极,缩短了电池使用寿命。
  14. The application of plastics of PO-T, PP, EPDM/ PP, PA and so on in the automobile parts of engine, bumper, dashboard, body plate, and storage battery case is introduced.
    介绍汽车发动机、保险杠、仪表盘、车身板、蓄电池外壳等零部件应用聚烯烃弹性体、聚丙烯、三元乙丙橡胶/聚丙烯、尼龙等塑料的情况。
  15. A porous plate made of the thin nickel fibre at a low cost was introduced. This plate was applicable to Ni-MH and/ or Ni-Cd battery as positive electrode.
    本文介绍一种以低成本超细镍纤维制成的多孔基板在Ni&MH电池正极上的应用。
  16. The effects of paste moisture content before plate curing on the SLI battery performance
    极板固化前的含水量对SLI电池性能的影响研究
  17. Processing improvement including premix of additives, green plate curing, formation, battery activation and assembly pressure, etc.
    改进工艺,包括添加剂的预混合、和膏、生极板的处理、化成、电池活化及装配压力等。
  18. Experiment on the Evenness of Zinc Plate Contained Lead and Cadmium for Battery Use
    电池锌板含铅、镉均匀性试验
  19. Negative plate stocking test and battery performance test were done using gallic acid, engine oil and synthetic oils of different viscosity as anti oxidants.
    用没食子酸、电机油、不同粘度的合成油为抗氧剂进行了负极贮存、电池充电接受性能试验。
  20. A study on the paste-filling for tubular positive plate of lead-acid battery
    铅酸蓄电池管式正极板挤膏工艺研究
  21. Improvement of Washing Process of Dry-Charged Plate in Lead-Acid Storage Battery
    铅酸电池干荷电极板水洗工艺改进
  22. Solution to Pasted Positive Plate Buckling of Lead-acid Storage Battery
    铅酸蓄电池涂膏式正极板弯曲原因及对策
  23. Study on the failure mechanism for positive plate of VRLA battery
    VRLA电池正极失效机理研究
  24. Organic agents of negative plate for lead-acid battery
    铅酸蓄电池负极有机添加剂
  25. The internal reaction mechanism in battery has been further realized by testing and based on different requirements to positive and negative plates at different current rates, the plate quality and battery performance can be greatly improved.
    通过试验进一步认识了电池的内部反应机理,针对不同电流密度下,对正负极板的要求不同,可以从根本上改善极板质量,提高电池性能。
  26. The capacity of lead-acid battery is mainly controlled by the characteristics ratio of the active material of positive plate. Much research has been done on improving the utilization ratio of the active material of the positive plate and extending the life of battery for years.
    铅酸蓄电池的容量主要受正极活性物质特性的控制,多年来人们一直致力于提高正极活性物质利用率、延长电池寿命的研究。
  27. As the key component of proton exchange membrane fuel cell ( PEMFC), the performance of bipolar plate will directly affect the output power and battery life of fuel cell.
    质子交换膜燃料电池的双极板是其核心部件之一,双极板的性能优劣直接影响电池的输出功率和使用寿命。
  28. Materials and preparation technology of solid oxide fuel cell have been investigated in this study. Traditional plate structure battery is prepared.
    在本文中,针对固体氧化物燃料电池的电极材料和制备方法进行了研究。