cathode
音标发音
- 英式音标 [ˈkæθ.əʊd]
- 美式音标 [ˈkæθ.oʊd]
- 英式发音
- 美式发音
基本解释
- n. 阴极(在电解池中,阴极与负极相关联); 正极(在电池中,阴极相当于正极)
英汉例句
- Cathode rays are attracted by a positive charge.
阴极射线被正电荷所吸引. - Cold cathode sensing tubes are more rugged than the glass, hot - filament tubes.
冷阴极传感管比玻璃热丝管坚实. - Three dispatchers were scanning cathode ray tube displays for information.
三名调度员正在研究阴极射线管所显示的情报. - Cathode rays are attracted by a positive charge.
阴极射线被正电荷所吸引. - The measuring cell consists of an insulated silver cathode.
测量电池是由绝缘的银阴极组成的.
词组短语
- cathode sputtering 阴极溅射法;阴极爆蚀;阴极溅散
- cathode luminescence 阴极发光;阴极射致发光;电子激发光;翻译
- cathode spot 阴极斑点;阴极辉点;翻译
- cathode potential [电子]阴极电位;阴极电势;阴极电位
- cathode current 阴极电流
短语
英英字典
- one of the electrodes (= object that electricity moves through) in a piece of electrical equipment. The cathode is the positive electrode in a battery and the negative electrode in an electrolytic cell.
- A cathode is the negative electrode in a cell such as a battery. Compare .
剑桥英英字典
柯林斯英英字典
专业释义
- 阴极
Such cathode with 200nm particles had micro/nano pore structure.
结果表明:此种阴极具有200nm左右的颗粒组成的多孔微纳结构。 - 负极
The paper includes battery terminal positive pole and cathode pole identifying circuit,battery voltage detecting circuit,charger’s output voltage regulating circuit and charging state displaying circuit.
文中包括蓄电池正负极识别电路、蓄电池电压数值检测电路、充电器输出电压大小调整电路和不同输出电压状态指示电路。能源科学技术
- 阴极
The problem of cathode design is the key and difficult one should be solved first.
阴极设计是电解加工首先要解决的问题,也是电解加工中难以解决的问题。 - 负极
Rare-earth-based hydrogen storage alloys are widely used as cathode materials of MH-Ni batteries for their advantages,such as,high energy density,high-rate discharge capacity,long cycle life and better consistence with environment,etc. At present,improving the capacity and the electrochemical property became hot research topic.
稀土系储氢合金以其能量密度高、高倍率充放电性能、长的循环寿命和良好的环境相容性等优点,被广泛用于MH-Ni电池负极材料。机械工程
- 正极材料
The first charge and discharge capacity for VONTs is 200 and 185mAh/g, respectively, evidently higher than other cathode materials, which is attributed to more intercalation space and better thermodynamic intercalation sites for Li+ in the nanotubes.
②VONTs首次充、放电容量分别为200、185mAh/g,明显高于其它正极材料归因于VONTs能为Li+提供更多的嵌入空间及更好的热力学嵌锂位置。 - 负极
- 阴极
- 负电极
- 负极
- 阴电极
- 阴板
- 阴极
- 阴极
- 阴极