Abstract
Energy loss spectroscopy has revealed features on clean Mo(100) due to bulk and surface plasmons, surface state emission, core-conduction band transitions, and multiple losses. On random adsorption of H 2S at room temperature new peaks appear which are associated with chemisorption bonds. Spectra from epitaxially grown MoS 2 on Mo(100) are in broad agreement with those from bulk MoS 2. The results complement other studies of sulphide film growth using low energy electron diffraction and Auger spectroscopy.
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