negative plate

英 [ˈneɡətɪv pleɪt] 美 [ˈneɡətɪv pleɪt]

负极板;底片

计算机化学



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. When air passes through the electric field, mushroom poison can be destroyed, and dust can be adsorbed by a negative plate.
    当空气经过电场时,空气中的菌毒被杀灭,尘被负电板吸附。
  3. One kind of automatic loading manipulator used on the negative plate automatic production line is introduced in this paper.
    该机械手已用于阴极板自动生产线种板的自动供给。
  4. The upper part and the lower part in the electrostatic case are respectively provided with a negative plate, and a positive plate is arranged between the two negative plates.
    在静电箱中的上部和下部分别有一个负极板,在两个负极板之间有一个正极板;
  5. When a flexible negative plate electrode cyclically moves, deposited dust on the plate electrode can be automatically cleaned by a double-face brush.
    柔性负电板极在循环运动时,被双面刷子自动清洗板极上的集尘。
  6. The negative plate is made of iron or rustless steel.
    负极片由铁片或不锈钢片制成。
  7. On the other hand, prepared negative plate expander is commercially available.
    另一方面,在商业上可购到现成的负极板膨胀剂。
  8. The organic agents prescription of lignin, lignin sulfonate, humic acid in negative paste and the effects of them on negative plate performance were studied.
    研究了木素、木素磺酸盐、腐殖酸等负极有机添加剂在负极铅膏中的配方及对负极性能的影响。
  9. In comparison with lead-alloy grid, negative plate with CSM grid showed low over-potential, uniform distributions of current density and potential, high active mass utilization coefficient and good discharge performance.
    研究表明:与铅合金板栅负极板相比,铜拉网板栅负极板过电位更低,电流电势分布均匀,活性物质利用率高,放电性能好。
  10. 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。
  11. Investigation on the oxygen recombination at the negative plate in VRLA Batteries
    阀控式铅酸蓄电池氧再化合的研究
  12. 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。
  13. The Confirm of the Main Parameter of the Copper Negative Plate for Electrolysis and the Simulation of its Aligning Process
    铜电解阴极板主要参数的确定及其矫直过程模拟
  14. Influence of negative plate temperature of electrotome on degree of comfort of patients
    电刀负极板温度对病人舒适度的影响
  15. Regenerating the alkaline wastewater discharged from the negative plate and adding it to the acid washing water can reduce the acidity of the acid washing water, and raise the pH value. The outgoing water quality can reach the soft water quality standard.
    再生阴床排出碱性废水加入去酸水中,可降低去酸水酸度,提高出水pH,出水水质达到软化水水质标准。
  16. Using two kinds of form nickel positive plate, membrane and metal hydride negative plate, 2/ 3D size MH/ Ni batteries with different charge discharge rate property were produced, the technological parameters and process path were introduced.
    给出了使用点焊和端面焊导电极耳的泡沫镍正极板,然后与隔膜及金属氢化物负极板组装2/3D型金属氢化物/镍(MH/Ni)电池的技术参数和工艺过程。
  17. In the test and comparison of battery, any bad influence produced by adding BaSO 4 in negative plate were not found.
    在对电池进行的性能测试和对比中,未发现添加这种BaSO4产生的不良影响。
  18. Investigations on Formation of Automotive Negative Plate and its Performance
    汽车起动用铅酸蓄电池负极板化成及其性能的研究
  19. By measuring the cadmium voltage of positive and negative plates it has been found that the poor uniformity of float voltage of VRLA batteries mainly results from uneven potential of negative plate.
    通过测量阀控式铅酸蓄电池正、负极的镉压,判断浮充电压均匀性差的主要原因是由于负极电位的不均匀引起的。
  20. 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。
  21. The results show that when the battery is charged at low current and constant voltage, its failure mode is the sulphation of negative plate and the softening of positive plate;
    研究表明:小电流恒压充电,电池失效的模式是负极硫酸盐化和正极活性物质软化;
  22. The results show that the content of lead sulfate become higher and higher and the lead sulfate crystals grow gradually in size with cycling. The negative plate potential shifted to the positive direction gradually and the cell capacity dropped accordingly.
    研究结果表明,随着循环的进行,负极板上的硫酸铅晶体颗粒变得越来越大,其含量也越来越高,负极板电位逐渐正移,电池容量相应地逐渐下降。
  23. Research on the negative plates with copper-stretch-metal ( CSM) and lead-alloy grids was helpful to take good use of negative plate with CSM grid.
    对铜拉网板栅与铅合金板栅负极板性能的研究,有助于人们更好地利用铜拉网板栅负极板。
  24. The effects of temperature, electrolyte content and sulfuric acid concentration on the oxygen recombination at the negative plate in VRLA batteries are investigated.
    研究了温度、电解液含量、硫酸浓度等因素对阀控式铅酸(VRLA)蓄电池内部氧再化合速度的影响。
  25. Study on anti-oxidants for negative plate of lead-acid batteries
    铅酸蓄电池负极防氧化剂的研究
  26. Organic agents of negative plate for lead-acid battery
    铅酸蓄电池负极有机添加剂
  27. It was found that sulfation of the negative plate was caused mainly by the lose of the organic expander and the sulfation could be eliminated through the negative material formula and charge method adjustment.
    通过对负极物质配方的调整及充电方法的改进,能够有效地抑制负极硫酸盐化现象的出现。
  28. The excess In2O3 make active material aggregated, specific surface area reduced, electrical conductivity decrease and crystallinity worse, which reduced the cyclic life of negative plate.
    但过量的In2O3会使负极活性物质发生聚集现象,活性表面积降低,导电性和结晶度变差,最终导致负极循环寿命下降。
  29. When formed for 8h, because most of paste on the negative plate has converted into lead, the polarization increases and the potential changes greatly, these distributions on the two kinds of negative plates become non-uniform again.
    当化成8h时,由于负极板上的铅膏大部分转化为铅,极化上升,电位变化很大,所以两种负极板上电流密度和电位分布又变得不均匀。
  30. Lead alloy strip is widely used in manufacturing battery plate and large positive and negative plate of industrial electrolyzer.
    铅合金板材广泛应用于制造蓄电池板与大型工业电解槽的阴阳极板。