负极

If a capacitor is connected to a battery, the electrons will flow out of the negative terminal of the battery and accumulate on the capacitor plate connected to that side.

如果电容器连接到电池上，电子将从电池的负极流出堆积在与负极相连的极板上。

Do not short-circuit the battery by directly connecting the positive and negative terminal with metal objects such wire.

严禁颠倒正负极使用电池。●严禁将电池直接接入电源插座。●禁止将电池丢入火或加热器中。●禁止用金属直接连接电池正负极短路。

When voltage is applied and there is a path for the current, electrons move from the negative terminal along the path to the positive terminal.

若施加电压且有路径给电流，电子就会从负极沿著路径移向正极。负极排斥电子，而正极吸引电子。

This protection machine series product make use of to respond to quickly not the line presses the component , assurance the direct current system is positive, the anode, cathode and as and anodes and the potential difference of the as settle, allowing appear temporary in the direct current system conduct electricity press limit the weak electricity equipments inside the scope, thus insuring the equipments safety movement.

本保护器系列产品利用快速响应的非线性压敏元件，保证直流系统正、负极间，正极与地间及负极与地间的电位差恒定，将直流系统中出现的暂态过电压限制到弱电设备的允许范围内，从而确保设备安全运行。

In this study,a simple method for preparation and characterization of three calcium zincate samples of different morphology was developed to improve the high-rate charge/discharge performance of zinc negative. The samples were synthesized,followed by direct reaction method and ball milling method.

为提高锌负极大倍率充放电的性能，先以直接反应法和球磨法合成了四边形、六边形和不规则三种形态的锌酸钙，并用X射线衍射光谱法和扫描电子显微镜法对其进行了表征，然后以恒电流充放电法考察了三者作为负极添加剂时对锌镍电池大倍率充放电性能的影响。

The key of cathode surface treatment is the component of glue liquid and the uniform degree of daubing glue, especially whether the carbon grains are transferred into diaphragm and electrolyte or not.

对负极片进行表面处理的关键是浸胶胶液配方及涂抹胶液的均匀程度，特别是负极片表面的碳颗粒是否会迁移到隔膜和电解液中。

In recent years, the company has successfully developed some special production lines for manufacturing ordinary batteries, namely, D size, Size C, and Size AA. Now running in the workshop is another assembly line for carbon rod processing machinery. For the past decade, it has introduced most advanced manufacturing techniques and control techniques from abroad, and therefore it has managed to develop automated machines for producing alkaline batteries. The automatic assembly lines that it possesses are: Lines LR6 and LR03 for 200 cells per minute, 300 cells per minute, 400 cells per minute, 600 cells per minute and 1000 cells per minute, Lines LR20, LR14 and LR61 for 150 cells per minute and 300 cells per minute. Powder spraying conducting film, machines for negative electrode calamine cream, diaphragm machines with a speed of 30 cells per minute; negative electrode electric welding machines with a speed of 200-300 cells per minute; current collector assembling machines with a speed of 200-400 cells per minute; battery tray fillers with a speed of 200-400 cells per minute, insulating ring assembling machines with a speed of 300 cells per minute; electroscope machines, 4-cell furling machines with a speed of 300 cells per minute.

公司先后开发了普通电池生产线：一号、二号、五号电池流水线和普通碳棒加工机械，特别是近十年来公司吸收并消化了国外最先进的生产工艺、控制技术，研制开发了国内最先进的自动化碱性电池机械，有200只/分钟、300只/分钟、400只/分钟、600只/分钟、1000只/分钟的LR6、LR03电池自动化生产流水线；有150只/分钟、300只/分钟的LR20、LR14、LR61电池生产线；有正极拌粉系统喷导电膜设备、负极拌锌膏；有30只/分钟的卷隔膜套机，200-300只/分钟负极钉高速点焊机，200-400只/分钟的集电体高速组装机，200-400只/分钟的电池装盘机，300只/分钟的绝缘圈组装机，300只/分钟的验电机和四节缩机等。

The effect of adhensives on negative electrode gas evolution and on discharge performance of mercury-free alkaline Zn/MnO2 battery were experimented by the method of collecting evolution gas and by the battery discharge in fixed resistance.

前言 碱性锌锰电池中负极粘合剂的主要作用为：（1）作为锌粉分散剂，使锌膏在电池贮存与放电过程中不发生固液分离；（2）固定负极区的碱液，使碱液不被或少被正极或隔膜吸收。

To get better anode materials, a large number of alternative possibilities for anodes of LIBs have recently been studied and reported in the literatures.

为了寻找性能更高的负极材料，许多新型的锂离子负极材料特别是金属间化合物在近来的锂离子电池研究中引起了相当的重视。

Change when accumulator, must notice to be distinguished first losing terminal, tear open the jumper on negative pole column first next, tear open again

更换蓄电池时，一定要注重先分清正负极柱，然后先拆负极柱上的连接线，再拆

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。