The model of quantitative interpretation of Auger electron spectroscopy (AES) results is described and some complementary electron energy loss spectroscopy (EELS) results are also reported. It is shown that the InP(100) surfaces perturbed by the Ar$\text{}^{+}$ cleaning treatment can be ordered by Sb deposition. The variations of different Auger lines are interpreted, and the transformations 3D → 2D of the initially formed In clusters can be well-followed during the first stages of the deposition
This work deals with the experimental investigation of the surfaces of some of the technologically i...
The bonding and electronic structure of surface is most often studied by XPS, where the energy shift...
The topics of interest in surface science are introduced together with some of the experimental tech...
The Yb-GaP(110) interface formation was studied by EELS (electron energy loss spectroscopy) and AES ...
An experimental and theoretical study of the band-like P L2,3VV Auger lineshape for GaP(110) is repo...
Auger-electron spectroscopy (AES) has developed to a major tool for chemical identification and for ...
This thesis consists of a theoretical study of electron transfer at metal surfaces. It considers two...
In this paper, the authors demonstrate that Auger electron spectroscopy (AES) is an effective charac...
A joint experimental and theoretical investigation of the PL2,3VV spectrum from the InP(110) surface...
An experimental and theoretical investigation on the PL2,3VV Auger lineshape of the InP(110) surface...
This thesis describes a study of angular effects in Auger electron emission from solid surfaces usin...
Additional possibilities for complex analysis of two-dimensional coatings (thickness <1 nm or <10 ML...
The technique of quantitative Auger electron spectroscopy (AES) is central to modern surface analysi...
In 1925 Pierre Auger reported on his observations of low energy electrons associated with core-ionis...
In 1925 Pierre Auger reported on his observations of low energy electrons associated with core-ionis...
This work deals with the experimental investigation of the surfaces of some of the technologically i...
The bonding and electronic structure of surface is most often studied by XPS, where the energy shift...
The topics of interest in surface science are introduced together with some of the experimental tech...
The Yb-GaP(110) interface formation was studied by EELS (electron energy loss spectroscopy) and AES ...
An experimental and theoretical study of the band-like P L2,3VV Auger lineshape for GaP(110) is repo...
Auger-electron spectroscopy (AES) has developed to a major tool for chemical identification and for ...
This thesis consists of a theoretical study of electron transfer at metal surfaces. It considers two...
In this paper, the authors demonstrate that Auger electron spectroscopy (AES) is an effective charac...
A joint experimental and theoretical investigation of the PL2,3VV spectrum from the InP(110) surface...
An experimental and theoretical investigation on the PL2,3VV Auger lineshape of the InP(110) surface...
This thesis describes a study of angular effects in Auger electron emission from solid surfaces usin...
Additional possibilities for complex analysis of two-dimensional coatings (thickness <1 nm or <10 ML...
The technique of quantitative Auger electron spectroscopy (AES) is central to modern surface analysi...
In 1925 Pierre Auger reported on his observations of low energy electrons associated with core-ionis...
In 1925 Pierre Auger reported on his observations of low energy electrons associated with core-ionis...
This work deals with the experimental investigation of the surfaces of some of the technologically i...
The bonding and electronic structure of surface is most often studied by XPS, where the energy shift...
The topics of interest in surface science are introduced together with some of the experimental tech...