negative electrode

英 [ˈneɡətɪv ɪˈlektrəʊd] 美 [ˈneɡətɪv ɪˈlektroʊd]

阴(负)极

医学计算机



双语例句

  1. The battery consists of the positive electrode plate, negative electrode plate, separator, electrolyte and case. Other anodic films conduct electrons.
    电池由正极、负极、隔膜、电解液及外壳组成。其他一些阳极膜能传递电子。
  2. Sn-Co-C Negative Electrode Material Prepared by Chemical Reduction
    化学还原-球磨法制备Sn-Co-C负极材料
  3. Cathode: The negative electrode of an electrolytic cell.
    阴极:在电解池内的负电极。
  4. Cation: an ion or group of ions having a positive charge and characteristically moving toward the negative electrode in electrolysis.
    阳离子:带有正电荷的一个或一群离子,特点为在电解中向阴极运动。
  5. Electrochemical battery cells, and more particularly, to cells comprising a lithium negative electrode and an iron disulfide positive electrode.
    电化学电池,更具体地说,包括锂负极和二硫化铁正极的电池。
  6. When measuring the voltage, the red test pen should be connected to the positive electrode, and the black one to the negative electrode.
    在量电压时,红表笔接正,黑表笔接负。
  7. The Problem Whether Acetylene Black Should Be Added into the Graphite Negative Electrode
    有关石墨材料负电极中应否添加乙炔黑的问题
  8. Macroporous structure Sn-Co alloy Negative Electrode material for lithium-ion battery Prepared by Template-electro-deposition
    模板&电沉积法制备孔状结构锡钴负极材料
  9. The utility model relates to a miniaturized positive ion electrostatic field formed by an electric traveling band type flexible negative electrode and an auxiliary thin wire type positive electrode.
    本实用新型是由电动走带式柔性负电极辅以细线状正电极形成一个正离子小型化静电场。
  10. Recovery of Rare Earth from Spent M H& Ni Battery Negative Electrode
    从废弃镍氢电池负极板中回收稀土金属
  11. 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
  12. The primary battery is composed of manganese dioxide used as a positive pole, metallic lithium uses as a negative electrode and organic electrolyte solution.
    该产品以二氧化锰为正极,金属锂为负极,及有机电解质溶液组成。
  13. The protons eventually combine with the OH-ions from the negative electrode, and form water molecules again.
    质子,最终结合起来,与哦-离子从负电极,形成水分子。
  14. The utility model is mainly composed of a casing, a positive and negative electrode plate, and pasty reinforced electrolytes in the positive and negative electrode plate.
    主要由外壳、正负电极板及其中的呈膏状的增强电解质组成。
  15. A pool of mercury surrounds the negative electrode.
    阴极周围是一池水银。
  16. Cell containing a nickel hydroxide compound for the positive electrode and a hydrogen absorbing alloy for the negative electrode.
    由一个氢氧化镍正极和一个贮氢合金负极组成的电池。
  17. Influence of copper impurity content on cadmium voltage of the negative electrode
    电解液中Cu杂质对负极镉压的影响
  18. Research progress on novel non-carbon negative electrode materials for lithium ion batteries;
    寻找性能更为优良的非碳负极材料仍然是锂离子电池研究的重要课题。
  19. Lithium ion rechargeable battery is developed based on the principle of lithium ion intercalation and deintercalation on a carbon negative electrode and an intercalation compound positive electrode.
    锂离子蓄电池是以锂离子在碳负极和嵌入化合物正极中的嵌入和脱嵌为原理发展起来的一种新型蓄电池。
  20. The contents and functions of active carbon and organic expanding agents added in negative electrode materials were reported.
    报导了负极活性物质中添加的活性碳和有机膨胀剂的含量和作用;
  21. Electrochemical properties of Sn-Ni alloy powder prepared by mechanical alloying were examined as negative electrode for lithium-ion batteries.
    以机械合金法制备了SnNi合金粉,并对合金电极的电化学性能进行了研究。
  22. Carbon adulterated Co_3O_4 negative electrode for lithium-ion batteries was prepared by electrodeposition-sintering method.
    采用电沉积烧结法制备了掺杂C的Co3O4锂离子电池负极材料。
  23. 2% zinc oxide contained in alkaline electrolyte was satisfied with zinc negative electrode technology.
    在碱性电解质中含有2%wt的氧化锌就足以满足锌负极的工艺需要。
  24. The low temperature characteristics of Ni MH batteries can be modified by decreasing the thickness of negative electrode and increasing its charge state capacity.
    通过减薄负极的厚度和提高负极的充电态容量可提高MHNi电池的低温性能。
  25. The compatibility of electrolytes with the graphitic negative electrode material in lithium ion batteries
    锂离子电池中电解液与石墨类负极活性材料的相容性
  26. Tin-oxide is a promising candidate of negative electrode materials for rechargeable lithium-ion batteries because of its high specific capacity.
    锡氧化物负极材料因其高比容量而受到重视,被认为是锂离子电池中碳负极材料最有希望的替代物之一。
  27. Influence of heat treatment technology on the performance of carbon negative electrode for lithium ion batteries
    热处理工艺对锂离子蓄电池碳负极性能的影响
  28. MH electrode, as the negative electrode, has the great important influence on Ni/ MH battery.
    MH电极作为Ni/MH电池负极对电池性能有着至关重要的影响。
  29. According to the fact that the electrochemical capacitors falling short of high capacity negative electrode materials, in this paper, a series of VN negative electrode materials have been designed and prepared. Their electrochemical performances have been studied systematically.
    根据电化学电容器缺少高比容量负极材料的现状,我们设计、制备了一系列VN负极材料,并系统研究了其电化学性能。