Add to ORKGAbstract—This article is about computer simulation for surface analysis through nuclear techniques, which are non-destructive. The energy analysis method is used. Energy spectra are computer simulated and compared to experimental data, giving sample composition and concentration profiles. The method, using elastic scattering of (4He)+ ions, is successfully applied to depth profiling in a target containing a thin film deposited on a thick substrate and in a thick target.University of Beira Interiorinfo:eu-repo/semantics/publishedVersio
The analysis of thin films is of central importance for functional materials, including the very lar...
The interaction of energetic ions with matter is highly relevant for a wide range of applications. A...
The interaction of energetic ions with matter is highly relevant for a wide range of applications. A...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This article is about computer simulation for surface analysis by nuclear techniques, which are non-...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This work is about surface analysis by nuclear techniques, which are essentially non-destructive, an...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This work is about surface analysis of materials by low energy nuclear techniques, which are non-des...
This paper presents the results of an experimental study of three samples containing various element...
Composition analyses for all of the elements in the periodic table can be performed through a combin...
Composition analyses for all of the elements in the periodic table can be performed through a combin...
The analysis of thin films is of central importance for functional materials, including the very lar...
The analysis of thin films is of central importance for functional materials, including the very lar...
The interaction of energetic ions with matter is highly relevant for a wide range of applications. A...
The interaction of energetic ions with matter is highly relevant for a wide range of applications. A...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This article is about computer simulation for surface analysis by nuclear techniques, which are non-...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This work is about surface analysis by nuclear techniques, which are essentially non-destructive, an...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This article is about computer simulation for surface analysis through nuclear techniques, which are...
This work is about surface analysis of materials by low energy nuclear techniques, which are non-des...
This paper presents the results of an experimental study of three samples containing various element...
Composition analyses for all of the elements in the periodic table can be performed through a combin...
Composition analyses for all of the elements in the periodic table can be performed through a combin...
The analysis of thin films is of central importance for functional materials, including the very lar...
The analysis of thin films is of central importance for functional materials, including the very lar...
The interaction of energetic ions with matter is highly relevant for a wide range of applications. A...
The interaction of energetic ions with matter is highly relevant for a wide range of applications. A...