Unique electrochemical adsorption properties of Pt‐skin surfaces
PtM alloys (M= Co, Ni, Fe, etc.) have been extensively studied for their use in fuel cells, both
in well-defined extended surfaces,[1] as well as in nanoparticles.[2] After the report about …
in well-defined extended surfaces,[1] as well as in nanoparticles.[2] After the report about …
The electrooxidation of carbon monoxide on ruthenium modified Pt (110)
JC Davies, BE Hayden, DJ Pegg - Electrochimica Acta, 1998 - Elsevier
The effect of adsorbed and incorporated (alloyed) sub-monolayers of Ru on Pt (110) on the
electrooxidation of CO has been investigated using UHV-electrochemical transfer …
electrooxidation of CO has been investigated using UHV-electrochemical transfer …
Density functional periodic study of CO adsorption on the alloy surface: Comparison with Pd(100)
F Delbecq, P Sautet - Physical Review B, 1999 - APS
Self-consistent calculations based on density-functional theory with gradient corrections are
used to compare the electronic and chemisorptive properties of Pd (100) and Pd 3 Mn (100) …
used to compare the electronic and chemisorptive properties of Pd (100) and Pd 3 Mn (100) …
General trends in the electronic properties of alloys of transition metals: a semi-empirical study of CO adsorption
F Delbecq - Surface science, 1997 - Elsevier
Alloys of late transition metals with more electropositive ones present similar chemisorptive
properties and catalytic behaviour. The adsorption energies, for example, are generally …
properties and catalytic behaviour. The adsorption energies, for example, are generally …
Tight-binding model of CO adsorption at PtNi (111) surface
Š Pick - Surface science, 1996 - Elsevier
Chemisorption of CO on Pt overlayer deposited on Ni (111) is studied within a semi-
empirical self-consistent tight-binding method. It is argued that the chemisorption energy is …
empirical self-consistent tight-binding method. It is argued that the chemisorption energy is …
4.2 Electron work function of metals and semiconductors: 4 Data: Adsorbate-induced changes of substrate properties
K Jakobi - Adsorbed Layers on Surfaces. Part 2: Measuring …, 2002 - Springer
4.2 Electron work function of metals and semiconductors (K. Jakobi); 4 Data: Adsorbate-induced
changes of substrate properties Page 1 Landolt-Börnstein New Series III/42A2 4.2 Electron work …
changes of substrate properties Page 1 Landolt-Börnstein New Series III/42A2 4.2 Electron work …
3.7. 3.3 References for 3.7. 3: 3.7. 3 Adsorption of diatomic molecules on alloy surfaces
BE Nieuwenhuys - Adsorbed Layers on Surfaces, 2003 - Springer
3.7.3.3 References for 3.7.3; 3.7.3 Adsorption of diatomic molecules on alloy surfaces (BE
Nieuwenhuys), pp. 383-386 Page 1 3.7.3 Adsorption of diatomic molecules on alloy surfaces …
Nieuwenhuys), pp. 383-386 Page 1 3.7.3 Adsorption of diatomic molecules on alloy surfaces …
3.7. 3 Adsorption of diatomic molecules on alloy surfaces: 3.7 Molecular diatomic adsorbates on metals and semiconductors
BE Nieuwenhuys - Adsorbed Layers on Surfaces, 2003 - Springer
3.7.3 Adsorption of diatomic molecules on alloy surfaces (BE Nieuwenhuys); 3.7 Molecular
diatomic adsorbates on metals and Page 1 362 3.7.3 Adsorption of diatomic molecules on alloy …
diatomic adsorbates on metals and Page 1 362 3.7.3 Adsorption of diatomic molecules on alloy …
References for 4.2: 4.2 Electron work function of metals and semiconductors
K Jakobi - Adsorbed Layers on Surfaces. Part 2: Measuring …, 2002 - Springer
References for 4.2; 4.2 Electron work function of metals and semiconductors (K. Jakobi), pp.
282-302 Page 1 Landolt-Börnstein New Series III/42A2 References for 4.2 1898K Kelvin …
282-302 Page 1 Landolt-Börnstein New Series III/42A2 References for 4.2 1898K Kelvin …