Braun 's group came up with a three-dimensional nanostructure for the battery cathode that allows its batteries to charge at a much faster rate than conventional batteries .
保罗的团队为电池的阴极设计了一种三维的奈米结构能使得电池的充电速度比传统的电池快的多。
Conventional batteries , which typically use a liquid electrolyte , can suffer from undesirable chemical reactions that damage the battery 's cathode .
典型的传统电池,使用的是电解液,会发生令人讨厌的化学反应,从而损坏电池的阴极。
Cathode ray tubes gave way to thetechnologies that we use for television now , making sets less bulky andfurniture-like .
阴极射线管让位于我们现在使用的电视,让电视机更小更像一个家具。
The process starts with powdered metal oxide , which serves as the cathode .
这种工艺从被用作阴极的粉末状金属氧化物开始。
As well as lithium-iron phosphate , other innovative materials have been used for the three main battery components of anode , cathode and electrolyte .
与锂-铁磷酸盐一样,其他新型材料已经用到了电池的三个主要部件,阳极、阴极和电解液。
They have two electrodes , an anode and a cathode , that are connected by an electrically conductive material-generally a liquid-called an electrolyte .
电池有两个电极:一个是阳极,一个是阴极,两极被一种叫做电解液的导体所连接通常是液体。
As director of cavendish laboratory at cambridge university , thomson was researching electrical currents inside cathode ray tubes .
作为剑桥大学卡文迪什实验室的主管,汤姆逊那时正在研究阴极射线管中的电流。
Those electrons move to the cathode , providing electrical power and , at the cathode , producing hydrogen gas .
这些电子随后移动到阴极,提供电力,并在阴极产生氢气。
When these particles hit the upper atmosphere they generate light in the same way that electrons from the cathode of an old-fashioned television set do when they hit the phosphorescent dots of the screen .