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首页> 外文期刊>Proceedings of the IEE - Part C: Monographs >The conductivity of oxide cathodes. Part 2: Influence of ion movements on matrix resistance
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The conductivity of oxide cathodes. Part 2: Influence of ion movements on matrix resistance

机译:氧化物阴极的电导率。第2部分:离子运动对基体电阻的影响

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The present Part continues the study of ion movements in an oxide matrix enclosed between two heated core pieces. Ions are divided into two classes????????residual gas ions (probably carbon monoxide) resulting from imperfections of processing technique, and oxygen ions resulting from electrolysis of the oxide matrix. The different influences of the two classes of gas on matrix conductivity are distinguished by characteristic reactions, which are examined in both d.c. and a.c. fields. The effect of electrolytic oxygen on matrix resistance may be profound, and the action is probably a fundamental aspect of cathode operation.
机译:本部分继续研究封闭在两个加热的铁芯之间的氧化物基质中的离子运动。离子分为两类:由于加工工艺不完善而产生的残余气体离子(可能是一氧化碳),以及由于氧化基质的电解而产生的氧离子。两种气体对基体电导率的不同影响通过特征反应来区分,这在两个直流中都进行了检查。和交流领域。电解氧对基体电阻的影响可能很深,该作用可能是阴极操作的基本方面。

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