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Effect of CO on the Field Emission Properties of Tetrapod Zinc Oxide Cathode

机译:CO对四足形氧化锌阴极场发射特性的影响

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摘要

Tetrapod zinc oxide (T-ZnO), being a kind of nano-material, has large specific surface area and surface binding energy, which will make it sensitive to the ambient gas condition. So the field emission properties will be influenced by the gas adsorption when being applied as the cathode materials of field emission devices. Carbon monoxide is the main residual gas in T-ZnO field emission devices. In this paper, carbon monoxide was introduced into a field emission device with T-ZnO emitters. The field emission currents of tetrapod ZnO were compared before and after exposure to CO.
机译:四足形氧化锌(T-ZnO)是一种纳米材料,具有较大的比表面积和表面结合能,这使其对周围气体条件敏感。因此,当用作场致发射器件的阴极材料时,场致发射性能会受到气体吸附的影响。一氧化碳是T-ZnO场发射装置中的主要残留气体。本文将一氧化碳引入具有T-ZnO发射器的场发射器件中。比较了四脚形ZnO在暴露于CO之前和之后的场发射电流。

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