Add to ORKGCarbon monoxide adsorbs molecularly on rhodium surfaces at 300K, but if the rhodium samples are heated in the presence of carbon monoxide, there is evidence for carbon-oxygen bond breaking at step and/or defect sites. The effects of step and defect site density, subsurface oxygen concentration, and oxygen dissolution into the rhodium lattice on CO dissociation are discussed
High-resolution core-level photoemission is used to study structural aspects for the molecular adsor...
Carbon monoxide (CO) was observed to decrease the activity for hydrogen evolution, hydrogen oxidatio...
In order to explore to what extent equilibrium adsorption can be studied with surface science method...
The dissocn. of CO on the (111), stepped (111), (100), and (110) surfaces of Rh was studied with the...
The adsorption and dissociation of carbon monoxide were studied with plane-wave density functional t...
The interaction of carbon monoxide (CO) and oxygen on Rhodium (Rh) is very interesting and important...
Pulsed-laser imaging atom-probe and high resolution voltage pulsed atom-probe were employed to study...
Using periodic self-consistent density functional calculations it is shown that the barrier for CO d...
Carbon Monoxide Adsorption and Dissociation on Mn decorated Rh(111) and Rh(553) Surfaces: A first-pr...
Carbon monoxide oxidation over oxidized Rh surfaces is known to be sensitive to both oxygen species ...
The co‐adsorption of CO and H_2 on Rh(111) at low temperature (∼ 100 K) has been studied using therm...
We have investigated the gas composition-dependent faceting of a Rh(553) surface during catalytic CO...
The present density functional theory study provides insight into the reactivity of the surface meta...
High-resolution core-level photoemission is used to study structural aspects for the molecular adsor...
Carbon monoxide (CO) was observed to decrease the activity for hydrogen evolution, hydrogen oxidatio...
In order to explore to what extent equilibrium adsorption can be studied with surface science method...
The dissocn. of CO on the (111), stepped (111), (100), and (110) surfaces of Rh was studied with the...
The adsorption and dissociation of carbon monoxide were studied with plane-wave density functional t...
The interaction of carbon monoxide (CO) and oxygen on Rhodium (Rh) is very interesting and important...
Pulsed-laser imaging atom-probe and high resolution voltage pulsed atom-probe were employed to study...
Using periodic self-consistent density functional calculations it is shown that the barrier for CO d...
Carbon Monoxide Adsorption and Dissociation on Mn decorated Rh(111) and Rh(553) Surfaces: A first-pr...
Carbon monoxide oxidation over oxidized Rh surfaces is known to be sensitive to both oxygen species ...
The co‐adsorption of CO and H_2 on Rh(111) at low temperature (∼ 100 K) has been studied using therm...
We have investigated the gas composition-dependent faceting of a Rh(553) surface during catalytic CO...
The present density functional theory study provides insight into the reactivity of the surface meta...
High-resolution core-level photoemission is used to study structural aspects for the molecular adsor...
Carbon monoxide (CO) was observed to decrease the activity for hydrogen evolution, hydrogen oxidatio...
In order to explore to what extent equilibrium adsorption can be studied with surface science method...