Article ID Journal Published Year Pages File Type
5422629 Surface Science 2013 6 Pages PDF
Abstract
► Fe2O3(0001) surface is reduced into Fe3O4(111) by sputtering and vacuum annealing. ► The depth of reduction increases with repeated annealing in vacuum. ► Fe3O4(111) layers are oxidized to a honeycomb superstructure by annealing in O2. ► The oxidation only occurs partially on top with FeO and Fe2O3 domainscoexisting.
Keywords
Related Topics
Physical Sciences and Engineering Chemistry Physical and Theoretical Chemistry
Preview
The reduction and oxidation of Fe2O3(0001) surface investigated by scanning tunneling microscopy
Authors
, , , , ,