Effects of Carbon Functionalization on Hydrogen Oxidation Underneath Graphene Flakes
Effects of carbon functionalization on the catalytic properties of the space underneath epitaxial graphene flakes on Ir(111) are investigated with Ambient Pressure X-ray Photoelectron Spectroscopy studies of oxygen hydrogenation. The 0.1 mbar oxygen atmosphere hosting O-intercalated graphene flakes was replaced with hydrogen pulses lasting 50 s each, triggering the water formation. Underneath prisChemical reactions confined to near atomic scales have many hypothesized applications. The demand for ever smaller electronical components with superior electric properties for example requires atoms to group in specific shapes that can only be cast in confined spaces. Biological cells are an example of confined reactions in the nature. Hence, in order to recreate those processes, to develop bette
