Experimental and theoretical results are presented for Cu on an Ni(111) surface. The monolayer case is discussed in detail in connection with theoretical results of a tight-binding calculation. The theory accounts for the Cu 3d-peak position and the modification of the substrate density of states. Also, the measured Cu 3d line shape can be understood on the basis of the theory
We studied a quantum-well state (QWS) generated by the adsorption of one monolayer of K on Cu(111) s...
We have measured the energy distribution curves of photoelectrons (h\u3bd=21.2 eV) from a Zn single-...
A method has been proposed for constructing the two-dimensional pseudopotential describing the elect...
The aim of this communication is to present some new results of a theoretical study of the density o...
The surface states generated by the adsorption of a full monolayer of K on Cu(111) are obtained by t...
The mutual influence of surface geometry (e.g. lattice parameters, morphology) and electronic struct...
Results of highly precise all-electron local spin density FLAPW calculations on (i) a close-packed 7...
176 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1987.Angle-resolved photoemission ...
We have studied the atomic and electronic structures of submonolayer In on Cu(111) using synchrotron...
We have used scanning tunneling microscopy to examine N-terminated Cu(111) surfaces. For substatura...
The appearance of “magic” heights of Pb islands grown on Cu(111) is studied by self-consistent elect...
We present a scanning tunneling microscopy/spectroscopy study of compressed Cl adlayers on Cu(111) u...
We present ab initio calculations of the electronic structure of copper multilayers on V(110) surfac...
We find that the photoelectron angular distributions from the Fermi surface of a monolayer Ni film o...
We present the ab initio Density Functional study of the electronic structure of Co adatoms on Cu (1...
We studied a quantum-well state (QWS) generated by the adsorption of one monolayer of K on Cu(111) s...
We have measured the energy distribution curves of photoelectrons (h\u3bd=21.2 eV) from a Zn single-...
A method has been proposed for constructing the two-dimensional pseudopotential describing the elect...
The aim of this communication is to present some new results of a theoretical study of the density o...
The surface states generated by the adsorption of a full monolayer of K on Cu(111) are obtained by t...
The mutual influence of surface geometry (e.g. lattice parameters, morphology) and electronic struct...
Results of highly precise all-electron local spin density FLAPW calculations on (i) a close-packed 7...
176 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1987.Angle-resolved photoemission ...
We have studied the atomic and electronic structures of submonolayer In on Cu(111) using synchrotron...
We have used scanning tunneling microscopy to examine N-terminated Cu(111) surfaces. For substatura...
The appearance of “magic” heights of Pb islands grown on Cu(111) is studied by self-consistent elect...
We present a scanning tunneling microscopy/spectroscopy study of compressed Cl adlayers on Cu(111) u...
We present ab initio calculations of the electronic structure of copper multilayers on V(110) surfac...
We find that the photoelectron angular distributions from the Fermi surface of a monolayer Ni film o...
We present the ab initio Density Functional study of the electronic structure of Co adatoms on Cu (1...
We studied a quantum-well state (QWS) generated by the adsorption of one monolayer of K on Cu(111) s...
We have measured the energy distribution curves of photoelectrons (h\u3bd=21.2 eV) from a Zn single-...
A method has been proposed for constructing the two-dimensional pseudopotential describing the elect...