本实用新型公开了一种锂离子电池极片在剪切时去除粉尘的装置。
The utility model discloses a device for removing dust during the shearing of a lithium ion battery pole piece, in particular to a brush device of a shearing machine.
特别是成功地将中国的电池极片出口至德国装配为高品质的航空电池等。
Especially, the Chinese electrodes have successfully been exported to Germany to be assembly into high-graded aircraft battery etc.
分析了电池极片焊机智能控制的必要性，介绍了该焊机的设计方法及关键技术的解决方案。
This paper analyses the necessity of the intellect control for welding battery pole flake, introduces the design method and key technology.
论述了阀控密封铅蓄电池极柱腐蚀的原因。讨论了端极柱密封的方法和影响端极柱密封性能的主要因素。
The major reasons for terminal post corrosion of valve regulated lead-acid batteries are explained. Some sealing methods and influence factors are discussed.
论文结尾对本课题进行了工作总结，并针对锂电池极耳焊接机及锂电池生产设备发展趋势和以后的工作努力方向作出了展望。
The end of this paper summary of the work carried out, and analysis the trends of lithium battery production equipment, including some suggestions for next work.
锌空电池是高效，清洁的新型环保能源之一，采用“干嵌法”工艺生产锌空电池极片时，对其加热、烘干的温度控制有着很高的要求。
Zinc-air battery is one of the efficient, clean new environmentally energy, using "dry embed" technology for production zinc-air battery electrode slice.
新的探测器在建造时使用了改进的电子设备和电池组，并且添加了新的的雷达高度计，这是一种发射微波测定两极冰层厚度的装置。
The new probe was built using improved electronics and batteries, and an extra radar altimeter, a device that will fire microwaves at the arctic and Antarctic ice to reveal its thickness.
液态电池：图为从中间切开的这种电池早期的原型，可以看到它的两极和里面工作的电解液。
Liquid battery: an early prototype battery has been sawed in half to reveal its electrodes and electrolyte, which are liquid during operation.
燃料电池像电池一样，有正、负电极，两极之间是电解液。
Like a battery, they use positive and negative electrodes separated by an electrolyte.
把电离层和地面想象成电池的两极。用一根导线连接这两极的话，电流就会流动，然后就会产生火花。
Think of the ionosphere and the ground as the terminals on the battery and you put a wire between those two terminals and current flows, and literally you get a spark.
蓄电池有阴阳两极，用导电材料——通常是一种叫做电解质的液体连接。
They have two electrodes, an anode and a cathode, that are connected by an electrically conductive material—generally a liquid—called an electrolyte.
在会上，电能有限公司通过一个应用在HEV - PHEV转换中的220v、30ah、6千瓦小时电池系统展示了其双极晶片电池镍-氢技术。
Electro Energy has demonstrated its bipolar wafer-cell Ni-MH technology through a 220v, 30 Ah, 6 kWh battery system used in a HEV-to-PHEV conversion.
理想PV电池的模型可以表示为一个感光电流源并联一个二极管。
An ideal PV cell can be modeled as a light-induced current source in parallel with a diode.
聚合物锂离子电池的制造方法，包括极片制备、涂覆聚合物、装配成裸电芯和浸泡电芯等步骤。
The manufacturing method of the polymer lithium ion battery comprises steps of pole piece preparation, polymer coating, nude cell assembling, cell soaking and the like.
安装搬运电池时应均匀受力，受力处应为蓄电池壳的部分，避免损伤极柱。
The battery should be uniform force when Installation and carrying the battery. Force at the shell should be part of the battery shell to avoid damage the pole.
它就像电池的两极，或是原子的飞裂。
It is like the two poles of a battery, or the splitting of an atom.
他把这种合成物制成新电池的两极，用浸过盐水的滤纸作为电解质。
He then fashioned the anode and cathode of his battery from the stuff. For the electrolyte, he used filter paper soaked in brine.
通过测试，表明了所制得的太阳电池具有选择性发射极结构。
After testing, these solar cells are proved to be the selective emitter solar cells.
它可以被用来制作透明电极、压敏电阻、太阳能电池窗口、表面声波器件、气体传感器、发光二极管等。
ZnO can be used to fabricate transparency electrode, piezoresistor, cell battery window, surface acoustic wave device, gas sensor and light-emitting diode etc.
在深入地分析其优点的同时论证了选择性发射极结构是提高太阳电池光电转换效率的有效途径。
Then the selective emitter solar cell structure is proved to be an effective way to improve the solar cell conversion efficiency in the course of deeply analyzing on its advantages.
研究了极片面密度、隔膜厚度以及电解液等因素对锂离子电池高倍率放电性能的影响。
The influence factors of the high rate discharge performance of li-ion battery were studied.
与燃料电池构成相似，但不同之处是不使用氧极和氧气。
And fuel cell constitutes a similar, but the difference is not to use oxygen and oxygen pole.
它可以被用来制作透明电极、压敏电阻、太阳能电池窗口、表面声波器件、气体传感器、发光二极管等。
ZnO thin films can be used to fabricate transparency electrode, piezoresistor, cell battery window, surface acoustic wave device, gas sensor and light-emitting diode etc.
本文含有两方面的研究内容：选择性发射极太阳电池的研究和光伏工程最佳倾角的设计研究。
Tow parts are included in the paper: the study on the single crystalline silicon selective emitter solar cell and study on optimum slope design in PV engineering.
太阳能灯是由结晶18V间8瓦特，源10W的发光二极管，硅太阳能电池12V的22A条，等等。
The solar lights was made by crystalline 18V 8w, LED source 10W, silicon solar battery 12V 22A and so on.
依据锂离子电池浆料流变特性选用特殊结构的辊涂工艺进行极片均匀涂布。
The special roller coating technology for electrode coating was chosen on the basis of rheologic property of the slurries.
指出了选择性发射极太阳电池结构的特征。
The characters of the selective emitter solar cell structure are described in this paper.
本文概述了锌银蓄电池的组成、能，以及锌银蓄电池正极、极、膜技术上的进步，理论上的研究。
This paper describes the component and characteristics of silver-zinc batteries, advances in technologies of positive and negative poles and membrane, and theoretic studies.
本文概述了锌银蓄电池的组成、能，以及锌银蓄电池正极、极、膜技术上的进步，理论上的研究。
This paper describes the component and characteristics of silver-zinc batteries, advances in technologies of positive and negative poles and membrane, and theoretic studies.
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