Characterization of Tungsten Surfaces by Simultaneous Work Function and Secondary Electron Emission Measurements

Gy. Vida; V.K. Josepovits; M. Győr; P. Deák

doi:10.1017/S143192760303023X

Abstract

The changes of the work function (Φ) and the secondary electron emission (SEE) of oxygen covered polycrystalline tungsten occurring after ion sputtering and heat treatments have been investigated. The chemical composition was analyzed by X-ray photoelectron spectroscopy (XPS), and the electron emission properties by work function spectroscopy (WFS). We observed in what manner the chemical changes of the surface are reflected in the work function and SEE. The simultaneous change of Φ and SEE in the case of oxygen covered tungsten have been pointed out and a direct relationship between them can be supposed.

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Characterization of Tungsten Surfaces by Simultaneous Work Function and Secondary Electron Emission Measurements

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Characterization of Tungsten Surfaces by Simultaneous Work Function and Secondary Electron Emission Measurements

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