After a brief introduction into the general capabilities of Electron Probe Microanalysis and the role it can play in materials science, one of the newest developments in this technique is discussed: the possibility to perform quantitative analysis in thin films (thickness and composition simultaneously) and to perform in-depth analysis. The performance of the approach is discussed using a wide range of practical applications ranging from simple one-film cases up to complex multilayer structures and it is demonstrated that surprising results can be obtained with relatively cheap and wide-spread instruments in an elegant and non-destructive fashion
The thickness of thin films of platinum and nickel on fused silica and silicon substrates has been d...
Scanning electron probe microanalysis has grown over the pastthree decades into a powerful technique...
We give a short overview of recent analytical techniques for compositional surface analysis and the ...
After a brief introduction into the general capabilities of Electron Probe Microanalysis and the rol...
Electron probe microanalysis is presented as a versatile technique for the characterisation of thin ...
A method is discussed to use the basics of quantitative electron probe microanalysis (EPMA) programs...
Electron probe microanalysis is discussed as a versatile technique of near-surface chemical characte...
Des couches minces de plus de 0,2 µm d'épaisseur sont déterminés par les méthodes établies pour l'ét...
The chemical analysis of a very small area of a specimen requires simultaneous observation of this s...
Electron probe microanalysis (EPMA) offers the possibility to investigate very thin films having a t...
Electron probe microanalysis (EPMA) is presented as a versatile technique of local quantitative anal...
Abstract. Quantitative analysis can be done very accurately with the aid of computer programs based ...
The basic principles of X-ray microanalysis of thin surface films and stratified targets are summari...
International audienceA simple and fast method for thickness measurements using electron probe micro...
A detailed description is given of the procedure followed in the development of a thin film anal. so...
The thickness of thin films of platinum and nickel on fused silica and silicon substrates has been d...
Scanning electron probe microanalysis has grown over the pastthree decades into a powerful technique...
We give a short overview of recent analytical techniques for compositional surface analysis and the ...
After a brief introduction into the general capabilities of Electron Probe Microanalysis and the rol...
Electron probe microanalysis is presented as a versatile technique for the characterisation of thin ...
A method is discussed to use the basics of quantitative electron probe microanalysis (EPMA) programs...
Electron probe microanalysis is discussed as a versatile technique of near-surface chemical characte...
Des couches minces de plus de 0,2 µm d'épaisseur sont déterminés par les méthodes établies pour l'ét...
The chemical analysis of a very small area of a specimen requires simultaneous observation of this s...
Electron probe microanalysis (EPMA) offers the possibility to investigate very thin films having a t...
Electron probe microanalysis (EPMA) is presented as a versatile technique of local quantitative anal...
Abstract. Quantitative analysis can be done very accurately with the aid of computer programs based ...
The basic principles of X-ray microanalysis of thin surface films and stratified targets are summari...
International audienceA simple and fast method for thickness measurements using electron probe micro...
A detailed description is given of the procedure followed in the development of a thin film anal. so...
The thickness of thin films of platinum and nickel on fused silica and silicon substrates has been d...
Scanning electron probe microanalysis has grown over the pastthree decades into a powerful technique...
We give a short overview of recent analytical techniques for compositional surface analysis and the ...