A preliminary report is given on experiments concerning the ion-induced adsorption of oxygen on copper. A strong enhancement of the sticking probability of oxygen is found during bombardment of the surface with neon ions in the keV region. The increase in the sticking probability is proportional to the primary ion intensities, used in this work (0.25–10 μA/ cm2)
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The oxygen-induced Cu(110)-p(2 X 1)0 and Cu(110)-c(6 X 2)0 surfaces were studied by means of low-ene...
A preliminary report is given on experiments concerning the ion-induced adsorption of oxygen on copp...
The interaction of molecular oxygen with a Cu(110) surface is investigated by means of low energy io...
Strong enhancement of the oxygen-chemisorption at a Cu(110) surface is measured during low energy (s...
Low Energy Ion Scattering has been used to study the interaction of molecular oxygen with a Cu{110} ...
The surface characteristics of the oxygen-covered Cu{100} surface have been studied using Low Energy...
The kinetics of the O2/Cu{100} system at room temperature have been studied with Low Energy Ion Scat...
Oxygen is shown to adsorb molecularly on a clean Cu(110) surface at 80 K and dissociate around 150 K...
LEED fine structure features are due to an interference between the measured beam (usually the specu...
The interaction of O2 with a Cu(111)-Ni alloy and the reaction of sorbed oxygen with H2 has been inv...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The oxygen-induced Cu(110)-p(2 X 1)0 and Cu(110)-c(6 X 2)0 surfaces were studied by means of low-ene...
A preliminary report is given on experiments concerning the ion-induced adsorption of oxygen on copp...
The interaction of molecular oxygen with a Cu(110) surface is investigated by means of low energy io...
Strong enhancement of the oxygen-chemisorption at a Cu(110) surface is measured during low energy (s...
Low Energy Ion Scattering has been used to study the interaction of molecular oxygen with a Cu{110} ...
The surface characteristics of the oxygen-covered Cu{100} surface have been studied using Low Energy...
The kinetics of the O2/Cu{100} system at room temperature have been studied with Low Energy Ion Scat...
Oxygen is shown to adsorb molecularly on a clean Cu(110) surface at 80 K and dissociate around 150 K...
LEED fine structure features are due to an interference between the measured beam (usually the specu...
The interaction of O2 with a Cu(111)-Ni alloy and the reaction of sorbed oxygen with H2 has been inv...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The adsorption of oxygen atoms on different sites of the unreconstructed Cu(110) surface is explored...
The oxygen-induced Cu(110)-p(2 X 1)0 and Cu(110)-c(6 X 2)0 surfaces were studied by means of low-ene...
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