Abstract
A band of localized states of the W(110) surface has been observed along $\overline{\ensuremath{\Sigma}}$ which undergoes a considerable shift to higher binding energy with hydrogen adsorption. We interpret this state and the associated shift in energy to be related to the hydrogen-induced reconstruction of this surface. The change in the nature of the electronic states intrinsic to this surface which result from hydrogen adsorption is fundamental to an understanding of the mechanism which drives this reconstruction.
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