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Electron emission from discontinuous gold-carbon compound film on etched porous aluminum oxide

机译:蚀刻多孔氧化铝上不连续金-碳化合物薄膜的电子发射

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摘要

An electron emitter composed of discontinuous gold-carbon compound conducting film on etched porous aluminum oxide (PAO) layer is proposed in this letter. The PAO layer is located between two 30 μm spaced cathode and grid electrode, and is etched in diluted phosphoric acid to introduce roughness on the soda lime glass surface and enhance discontinuity of the conducting film. Electron emission with good uniformity and stability is reproducibly obtained. The electron emission efficiency is higher than 2% at an anode voltage of 3 kV.
机译:本文提出了一种电子发射器,该电子发射器由在蚀刻的多孔氧化铝(PAO)层上的不连续的金碳化合物导电膜组成。 PAO层位于两个间隔30μm的阴极和栅极之间,并在稀磷酸中进行蚀刻,以在钠钙玻璃表面上引入粗糙度,并增强导电膜的不连续性。可重复获得具有良好均匀性和稳定性的电子发射。在阳极电压为3 kV时,电子发射效率高于2%。

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