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Methods of diagnosis and prediction of modern thermo cathodes

机译:现代热阴极的诊断和预测方法

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Surface areas with low emissions are a major source of noise thermo cathodes, playing the role of defects. Dependence the level of the shot noise component and flicker noise component from the anode voltage can determine the noise parameters with highly informative for predicting the durability of hot cathode operation. Durability and a resource of hot cathode can be predicted based on a study of degradation of their emission properties in the forced mode.
机译:低排放的表面积是噪声热阴极的主要来源,起到缺陷的作用。依赖于阳极电压的散粒噪声分量和闪烁噪声分量的电平可以确定噪声参数,从而对预测热阴极运行的持久性具有很高的参考价值。可以基于对强制模式下其发射性能退化的研究来预测耐久性和热阴极资源。

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