We studied the adsorption of oxygen on Pd(110) in the temperature range from 100 to 600 K. The experimental apparatus used a video LEED system to monitor changes in surface crystallography and two mass spectrometers to study adsorption, desorption and reaction with CO. The sticking coefficient for dissociative oxygen adsorption is 0.86 ± 0.03 at T > 160 K. For T 0.23 a commensurate c(2 × 4) phase is formed and saturates at θ ≈ 0.48
The PdCu(110) single crystal alloy, with Pd:Cu=1:1 in the bulk, was prepared by sputtering and annea...
Oxygen and carbon monoxide adsorption studies were carried out in ultra high vacuum on vapor deposit...
The interactions between oxygen and the Pd(100) surface are studied by using video-LEED (low-energy ...
We studied the adsorption of oxygen on Pd(110) in the temperature range from 100 to 600 K. The exper...
The adsorption of carbon monoxide into an oxygen overlayer on a Pd(110) surface and its conversion t...
The adsorption of carbon monoxide into an oxygen overlayer on a Pd(110) surface and its conversion t...
The adsorption of CO on an oxygen precovered Pd(111) surface was investigated between 60 and 300 K. ...
The adsorption of CO on an oxygen precovered Pd(111) surface was investigated between 60 and 300 K. ...
We investigated the interaction of oxygen with the Pd(112) surface from ultrahigh vacuum up to 5 mba...
We investigated the interaction of oxygen with the Pd(112) surface from ultrahigh vacuum up to 5 mba...
The interaction of oxygen with Pd particles. vapor deposited onto a thin alumina film grown on a NiA...
The reaction between O atoms and CO molecules on Pd(111) was investigated by scanning tunneling micr...
The reaction between O atoms and CO molecules on Pd(111) was investigated by scanning tunneling micr...
The interaction of oxygen with Pd particles. vapor deposited onto a thin alumina film grown on a NiA...
The interaction of oxygen with Pd particles. vapor deposited onto a thin alumina film grown on a NiA...
The PdCu(110) single crystal alloy, with Pd:Cu=1:1 in the bulk, was prepared by sputtering and annea...
Oxygen and carbon monoxide adsorption studies were carried out in ultra high vacuum on vapor deposit...
The interactions between oxygen and the Pd(100) surface are studied by using video-LEED (low-energy ...
We studied the adsorption of oxygen on Pd(110) in the temperature range from 100 to 600 K. The exper...
The adsorption of carbon monoxide into an oxygen overlayer on a Pd(110) surface and its conversion t...
The adsorption of carbon monoxide into an oxygen overlayer on a Pd(110) surface and its conversion t...
The adsorption of CO on an oxygen precovered Pd(111) surface was investigated between 60 and 300 K. ...
The adsorption of CO on an oxygen precovered Pd(111) surface was investigated between 60 and 300 K. ...
We investigated the interaction of oxygen with the Pd(112) surface from ultrahigh vacuum up to 5 mba...
We investigated the interaction of oxygen with the Pd(112) surface from ultrahigh vacuum up to 5 mba...
The interaction of oxygen with Pd particles. vapor deposited onto a thin alumina film grown on a NiA...
The reaction between O atoms and CO molecules on Pd(111) was investigated by scanning tunneling micr...
The reaction between O atoms and CO molecules on Pd(111) was investigated by scanning tunneling micr...
The interaction of oxygen with Pd particles. vapor deposited onto a thin alumina film grown on a NiA...
The interaction of oxygen with Pd particles. vapor deposited onto a thin alumina film grown on a NiA...
The PdCu(110) single crystal alloy, with Pd:Cu=1:1 in the bulk, was prepared by sputtering and annea...
Oxygen and carbon monoxide adsorption studies were carried out in ultra high vacuum on vapor deposit...
The interactions between oxygen and the Pd(100) surface are studied by using video-LEED (low-energy ...
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