Yttrium has been grown epitaxially on W(110). The growth was monitored by using photoemission spectroscopy with a synchrotron radiation source. The film thickness has been gauged by the attenuation of the W 4f 7/2 bulk component. The films have been grown reproducibly and show a prominent surface state which is indicative of good order and low contamination. Angle-Resolved Ultra-Violet Photoemission Spectroscopy has been used to examine the valence band of these ultra-thin films. The films show a very different structure to the valence band of a bulk crystal of yttrium. The differences have been investigated by a series of model calculations using the LMASA-46 tight-binding LMTO program. The calculations suggest that the ultra-thin film sur...
The present thesis deals with preparation of structurally ordered thin-film compounds of the rare-ea...
The use of molecular beam epitaxy as a method for producing solid state host crystals for planar wav...
Structural and electronic properties of surfaces and ultrathin metallic films are closely connected....
In the present work we report on high-quality results of angle-resolved photoemission studies of thi...
The rare earth thin films are frequently the focus of investigators due to their unusual structural ...
A detailed analysis of W(111) surface has been carried out by means of photoemission spectroscopy, t...
Study of local structure of binary surface with usage of ultra-thin film of cerium deposited on a Pd...
Gadolinium thin films approximately 100 Å thick have been grown epitaxially on a Y(0001) substrate. ...
The strong metal-metal bonds inherent to the crystal structure of WO2 have a pronounced effect on th...
The electronic structure of the ultrathin aluminum oxide grown on the FeAl(110) surface has been inv...
""\\"Low-energy photoemission spectroscopy in the photon energy range between 5.5 and 21 eV is used ...
89 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.As the film thickness increase...
Both the experimental and theoretical band structure of the W(112) surface are presented, with the t...
High resolution 4f photoemission spectra from clean W(110) show that the natural lifetime width and ...
Thick Fe(110) films (> 50 ML) have been epitaxially grown on W(110) and studied by spin- and angle-r...
The present thesis deals with preparation of structurally ordered thin-film compounds of the rare-ea...
The use of molecular beam epitaxy as a method for producing solid state host crystals for planar wav...
Structural and electronic properties of surfaces and ultrathin metallic films are closely connected....
In the present work we report on high-quality results of angle-resolved photoemission studies of thi...
The rare earth thin films are frequently the focus of investigators due to their unusual structural ...
A detailed analysis of W(111) surface has been carried out by means of photoemission spectroscopy, t...
Study of local structure of binary surface with usage of ultra-thin film of cerium deposited on a Pd...
Gadolinium thin films approximately 100 Å thick have been grown epitaxially on a Y(0001) substrate. ...
The strong metal-metal bonds inherent to the crystal structure of WO2 have a pronounced effect on th...
The electronic structure of the ultrathin aluminum oxide grown on the FeAl(110) surface has been inv...
""\\"Low-energy photoemission spectroscopy in the photon energy range between 5.5 and 21 eV is used ...
89 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.As the film thickness increase...
Both the experimental and theoretical band structure of the W(112) surface are presented, with the t...
High resolution 4f photoemission spectra from clean W(110) show that the natural lifetime width and ...
Thick Fe(110) films (> 50 ML) have been epitaxially grown on W(110) and studied by spin- and angle-r...
The present thesis deals with preparation of structurally ordered thin-film compounds of the rare-ea...
The use of molecular beam epitaxy as a method for producing solid state host crystals for planar wav...
Structural and electronic properties of surfaces and ultrathin metallic films are closely connected....