俄歇电子能谱作为测量吸附分子的分子内电荷的工具

T.T. Magkoev
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引用次数: 0

摘要

本文提出了一种基于俄歇电子能谱(AES)测定某些二元介质吸附分子的分子内电荷值的方法。这些值可以从KL23L23和KL1L1两种阴离子俄格跃迁强度比的覆盖依赖性得到,它们对2p轨道上的电荷量很敏感。以MgO吸附在Mo(110)上为例。
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Auger electron spectroscopy as a tool for measuring intramolecular charges of adsorbed molecules

A way for the determination of the values of intramolecular charges of adsorbed molecules of some binary dielectrics, based on Auger electron spectroscopy (AES), is proposed. These values can be obtained from the coverage dependences of the ratios of intensities of anion KL23L23 and KL1L1 Auger transitions, which are sensitive to the amount of charge at the 2p-orbitals. As an example, MgO adsorbed on Mo(110) is presented.

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Subject index Author index Auger electron spectroscopy as a tool for measuring intramolecular charges of adsorbed molecules Structural characterization of a (krypton-methane) film adsorbed on (0001) graphite Atomic and electronic structure of the Si(001) surface induced by hydrogen-adsorption
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