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1·Composite cathodes head the new materials available.

复合极使得这新型材料和应用成为可能。

2·Finally we concluded the characters of the fabrication of field emission cathodes in large.

总结了规模化碳纳米管场发射阴极制备工艺应具有的特点。

3·A new structure of two area cathodes applied in W-band Gunn diodes was introduced and made.

介绍了一种新型的双区阴极结构在W波段体效应二极管中的实现，并研制出了样品器件。

4·Ideally shaped cone cathodes have been successfully formed by using a two-step etching method.

提出了两步腐蚀的工艺方案，制成了形状理想的锥体阴极。

5·The results indicate the presence of considerable difference between type S and type M cathodes.

结果表明，这两类阴极表面化学结构特性存在明显的差别。

6·Anodes and cathodes can be mounted in either a vertical, horizontal, or some other configuration.

阳极和阴极可以以垂直、水平或某些其它结构安装。

7·Carbon nanotube (CNT) cathodes with different CNT contents were prepared by screen-printing method.

采用丝网印刷法制备了不同碳纳米管含量的冷阴极。

8·Characteristics of Scandate cathodes with Scandia doped tungsten bodies have been investigated in this work.

本文研究具有氧化钪掺杂钨基体钪酸盐阴极的性能。

9·The same weak binding could also make electrides useful in solar energy converters and as cathodes in batteries.

这种结合微弱的特性同样可使电子晶体对太阳能转换器和电池的阴极很有用。

10·Some factors that influenced the performances of the paste-type nickel cathodes in Ni-MH batteries were discussed.

本文讨论了影响金属氢化物镍电池中发泡镍正极性能的一些因素。

(1)cathode ray阴极射线

(1)cold cathode[电]冷阴极

(1)cathode copper[冶金]阴极铜；电解铜

(1)cathode ray tube阴极射线管

(1)hollow cathode中空阴极，空心阴极

(1)cathode current阴极电流