Carbon Monoxide Adsorption and Dissociation on Mn decorated Rh(111) and Rh(553) Surfaces: A first-principles stud
Carbon monoxide adsorbed on Al-promoted Ni and Cu surfaces undergoes facile dissociation at 300 K or...
The adsorption and dissociation of CO have been calculated on the (100) surfaces of the body-centere...
The most commonly used catalysts in FT synthesis are transition metals, which involves iron, cobalt,...
The adsorption and dissociation of carbon monoxide were studied with plane-wave density functional t...
The dissocn. of CO on the (111), stepped (111), (100), and (110) surfaces of Rh was studied with the...
Carbon monoxide adsorbs molecularly on rhodium surfaces at 300K, but if the rhodium samples are heat...
AbstractVicinal surfaces are important in surface science, as they show interesting electronic struc...
CHx (x=1-3) adsorptions on clean and CO precovered Rh(111) surfaces were studied by density function...
Density functional theory calculations were performed to determine the pairwise lateral interaction ...
The adsorption of CO onto the hydroxylated α-Al2O 3(0001) surface was studied using density function...
Interactions of molecules and atoms with surfaces are vital to many modern technological application...
The adsorption and dissociation of carbon monoxide (CO) have been studied on 81 Transition Metal (TM...
Carbon monoxide adsorbed on Al-promoted Ni and Cu surfaces undergoes facile dissociation at 300 K or...
In order to explore to what extent equilibrium adsorption can be studied with surface science method...
Refinery of various byproduct gases from many industries is essential to reduce greenhouse gas and w...
Carbon monoxide adsorbed on Al-promoted Ni and Cu surfaces undergoes facile dissociation at 300 K or...
The adsorption and dissociation of CO have been calculated on the (100) surfaces of the body-centere...
The most commonly used catalysts in FT synthesis are transition metals, which involves iron, cobalt,...
The adsorption and dissociation of carbon monoxide were studied with plane-wave density functional t...
The dissocn. of CO on the (111), stepped (111), (100), and (110) surfaces of Rh was studied with the...
Carbon monoxide adsorbs molecularly on rhodium surfaces at 300K, but if the rhodium samples are heat...
AbstractVicinal surfaces are important in surface science, as they show interesting electronic struc...
CHx (x=1-3) adsorptions on clean and CO precovered Rh(111) surfaces were studied by density function...
Density functional theory calculations were performed to determine the pairwise lateral interaction ...
The adsorption of CO onto the hydroxylated α-Al2O 3(0001) surface was studied using density function...
Interactions of molecules and atoms with surfaces are vital to many modern technological application...
The adsorption and dissociation of carbon monoxide (CO) have been studied on 81 Transition Metal (TM...
Carbon monoxide adsorbed on Al-promoted Ni and Cu surfaces undergoes facile dissociation at 300 K or...
In order to explore to what extent equilibrium adsorption can be studied with surface science method...
Refinery of various byproduct gases from many industries is essential to reduce greenhouse gas and w...
Carbon monoxide adsorbed on Al-promoted Ni and Cu surfaces undergoes facile dissociation at 300 K or...
The adsorption and dissociation of CO have been calculated on the (100) surfaces of the body-centere...
The most commonly used catalysts in FT synthesis are transition metals, which involves iron, cobalt,...
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