We present a study of the quantum well states observed in Cu/Ni(001). Several reports in the recent past have shown that these states, which are derived from the bulk, disperse through the Fermi level at a thickness of about 6 ML. Using angle-resolved photoemission, we have imaged the photoelectron angular distributions from several thicknesses of Cu/Ni(001). We observe that these states have s,p like symmetry and are located near the zone edge
Electron confinement in thin films of Pb on Cu(111) leads to the formation of quantum well states, f...
A number of different metal layer structures have been examined using angle-resolved photoemission a...
High-resolution photoemission (ΔE=5 meV) at a low photon energy (3.82 eV) is used to probe discrete ...
We present measurements of the evolution with film thickness of the 3d electronic states at the Ferm...
The unoccupied quantum-well states in thin Ni films on Cu(001) have been studied by spin- and angle-...
The momentum-resolved electronic structure of ultrathin films of Ni on Cu(001) is investigated by an...
We find that the photoelectron angular distributions from the Fermi surface of a monolayer Ni film o...
We present angle resolved photoemission spectra for Cu(1 0 0) and Cu(1 1 1) singly crystals in norma...
The photoemission cross section of quantum well states in very thin Cu films has been analyzed as a ...
Quantum well states (QWSs) in ultrathin Bi(001) films grown on Si(111)-7 x 7 with thicknesses up to ...
The photon-energy dependence of quantum well states around the belly of the Fermi surface has been i...
The electronic structure of thin epitaxial Cu films on Co(lOO) has been studied by spin- and angle-r...
The electronic structure of ultrathin Cu films deposited on top of an FCC-Co(1 0 0) film has been st...
We have identified a set of electronic states with a one-dimensional dispersion in the Γ=(0,0) to M1...
Angle-resolved photo-emission spectra for Cu(001)c(2x2)-Cl were obtained by synchrotron radiation be...
Electron confinement in thin films of Pb on Cu(111) leads to the formation of quantum well states, f...
A number of different metal layer structures have been examined using angle-resolved photoemission a...
High-resolution photoemission (ΔE=5 meV) at a low photon energy (3.82 eV) is used to probe discrete ...
We present measurements of the evolution with film thickness of the 3d electronic states at the Ferm...
The unoccupied quantum-well states in thin Ni films on Cu(001) have been studied by spin- and angle-...
The momentum-resolved electronic structure of ultrathin films of Ni on Cu(001) is investigated by an...
We find that the photoelectron angular distributions from the Fermi surface of a monolayer Ni film o...
We present angle resolved photoemission spectra for Cu(1 0 0) and Cu(1 1 1) singly crystals in norma...
The photoemission cross section of quantum well states in very thin Cu films has been analyzed as a ...
Quantum well states (QWSs) in ultrathin Bi(001) films grown on Si(111)-7 x 7 with thicknesses up to ...
The photon-energy dependence of quantum well states around the belly of the Fermi surface has been i...
The electronic structure of thin epitaxial Cu films on Co(lOO) has been studied by spin- and angle-r...
The electronic structure of ultrathin Cu films deposited on top of an FCC-Co(1 0 0) film has been st...
We have identified a set of electronic states with a one-dimensional dispersion in the Γ=(0,0) to M1...
Angle-resolved photo-emission spectra for Cu(001)c(2x2)-Cl were obtained by synchrotron radiation be...
Electron confinement in thin films of Pb on Cu(111) leads to the formation of quantum well states, f...
A number of different metal layer structures have been examined using angle-resolved photoemission a...
High-resolution photoemission (ΔE=5 meV) at a low photon energy (3.82 eV) is used to probe discrete ...
_surface_state_-_21.22eV_300K.svg%3Fwidth%3D300&w=3840&q=75)
Add to ORKG