The oxidation of the Rh(111) surface at oxygen pressures from 10(-10) mbar to 0.5 bar and temperatures between 300 and 900 K has been studied on the atomic scale using a multimethod approach of experimental and theoretical techniques. Oxidation starts at the steps, resulting in a trilayer O-Rh-O surface oxide which, although not thermodynamically stable, prevents further oxidation at intermediate pressures. A thick corundum like Rh2O3 bulk oxide is formed only at significantly higher pressures and temperatures
A Rh(111) surface has been exposed to oxygen under conditions that favour the formation of a subsurf...
The oxidation of the Ir(111) surface was studied by in situ surface X-ray diffraction (SXRD) in an o...
The behavior of rhodium layers deposited on oxidized, 0.15-20.0 ML thick Mo films formed on a nearly...
The initial oxidation of Rh(100) has been studied using high resolution core level spectroscopy, low...
The reduction of a thin surface oxide on the Rh(1 1 1) surface by CO is studied in situ by photoemis...
Using a combination of experimental and theoretical techniques, we show that a thin RhO2 surface oxi...
The growth of oxide films on Rh surfaces and their reduction by CO has been systematically studied b...
CO oxidation on Rh has received considerable attention because of its importance in commercial three...
We have studied the (0001) surface termination of Rh2O3 on a Rh(111) single crystal using a combinat...
We have investigated the initial oxidation of the Rh(113) and Rh(223) vicinal surfaces by STM and ab...
Ultrathin rhodium films with a thickness ranging from 1 to a few monolayers were deposited on a sing...
Using a combination of surface X-ray diffraction and mass spectrometry at realistic pressures, the C...
Using a combined experimental and theoretical approach, we show that the initial oxidation of a Rh(5...
In heterogeneously catalyzed oxidation reactions on metal surfaces, advantageous oxygenaceous specie...
Using a combination of surface X-ray diffraction and mass spectrometry at realistic pressures, the C...
A Rh(111) surface has been exposed to oxygen under conditions that favour the formation of a subsurf...
The oxidation of the Ir(111) surface was studied by in situ surface X-ray diffraction (SXRD) in an o...
The behavior of rhodium layers deposited on oxidized, 0.15-20.0 ML thick Mo films formed on a nearly...
The initial oxidation of Rh(100) has been studied using high resolution core level spectroscopy, low...
The reduction of a thin surface oxide on the Rh(1 1 1) surface by CO is studied in situ by photoemis...
Using a combination of experimental and theoretical techniques, we show that a thin RhO2 surface oxi...
The growth of oxide films on Rh surfaces and their reduction by CO has been systematically studied b...
CO oxidation on Rh has received considerable attention because of its importance in commercial three...
We have studied the (0001) surface termination of Rh2O3 on a Rh(111) single crystal using a combinat...
We have investigated the initial oxidation of the Rh(113) and Rh(223) vicinal surfaces by STM and ab...
Ultrathin rhodium films with a thickness ranging from 1 to a few monolayers were deposited on a sing...
Using a combination of surface X-ray diffraction and mass spectrometry at realistic pressures, the C...
Using a combined experimental and theoretical approach, we show that the initial oxidation of a Rh(5...
In heterogeneously catalyzed oxidation reactions on metal surfaces, advantageous oxygenaceous specie...
Using a combination of surface X-ray diffraction and mass spectrometry at realistic pressures, the C...
A Rh(111) surface has been exposed to oxygen under conditions that favour the formation of a subsurf...
The oxidation of the Ir(111) surface was studied by in situ surface X-ray diffraction (SXRD) in an o...
The behavior of rhodium layers deposited on oxidized, 0.15-20.0 ML thick Mo films formed on a nearly...