La microanalyse quantitative est basée sur un ajustement empirique à des modèles simples de l'interaction électron-cible. L'exactitude de l'analyse dépend de la mesure de l'émission de témoins homogènes et bien caractérisés. L'utilisation de meilleurs témoins et d'ordinateurs plus performants permet d'abandonner des modèles simplistes et d'améliorer la qualité de l'ajustement. On peut aussi inclure des processus de second ordre tels que l'excitation des Rayons X par des électrons secondaires de haute énergie précédemment négligée.Quantitative microanalysis is based on empirical adjustment of simple models of electron-target interaction. The accuracy of analysis depends on measurements of X-ray emission from homogeneous well-characterized st...
Ziebold's determination of of X-ray spectral devices resolution for quantitative X-ray spectral elec...
It has been over 60 years since Castaing (Castaing, R. Application of Electron Probes to Local Chemi...
The best spatial resolution, for a microanalysis with a scanning electron microscope (SEM), is achie...
The overview of the history of quantitative x-ray microanalysis shows the efficiency of the use of s...
Scanning electron probe microanalysis has grown over the pastthree decades into a powerful technique...
The chemical analysis of a very small area of a specimen requires simultaneous observation of this s...
Capitant M. Quantitative electron microprobe analysis, par Roger Theisen, 1965. In: Bulletin de la S...
Due to the rapid development and expansion ofmate-rials science into new areas such as high-temperat...
Des couches minces de plus de 0,2 µm d'épaisseur sont déterminés par les méthodes établies pour l'ét...
A short review is given on the most convenient methods for quantitative microprobe analysis.Entsprec...
The diversity of the science of electron microscopy (EM) is difficult to compare with any other ins...
La résolution spatiale de la microanalyse par rayons X a été étudiée par des calculs Monte-Carlo, en...
Microanalysis of submicron particles in the Scanning Electron Microscope (SEM) is only possible by u...
Podeu consultar el llibre complet a: http://hdl.handle.net/2445/32166This article summarizes the bas...
Quantitative electron probe analysis is based on models based on the physics or x-ray generation, em...
Ziebold's determination of of X-ray spectral devices resolution for quantitative X-ray spectral elec...
It has been over 60 years since Castaing (Castaing, R. Application of Electron Probes to Local Chemi...
The best spatial resolution, for a microanalysis with a scanning electron microscope (SEM), is achie...
The overview of the history of quantitative x-ray microanalysis shows the efficiency of the use of s...
Scanning electron probe microanalysis has grown over the pastthree decades into a powerful technique...
The chemical analysis of a very small area of a specimen requires simultaneous observation of this s...
Capitant M. Quantitative electron microprobe analysis, par Roger Theisen, 1965. In: Bulletin de la S...
Due to the rapid development and expansion ofmate-rials science into new areas such as high-temperat...
Des couches minces de plus de 0,2 µm d'épaisseur sont déterminés par les méthodes établies pour l'ét...
A short review is given on the most convenient methods for quantitative microprobe analysis.Entsprec...
The diversity of the science of electron microscopy (EM) is difficult to compare with any other ins...
La résolution spatiale de la microanalyse par rayons X a été étudiée par des calculs Monte-Carlo, en...
Microanalysis of submicron particles in the Scanning Electron Microscope (SEM) is only possible by u...
Podeu consultar el llibre complet a: http://hdl.handle.net/2445/32166This article summarizes the bas...
Quantitative electron probe analysis is based on models based on the physics or x-ray generation, em...
Ziebold's determination of of X-ray spectral devices resolution for quantitative X-ray spectral elec...
It has been over 60 years since Castaing (Castaing, R. Application of Electron Probes to Local Chemi...
The best spatial resolution, for a microanalysis with a scanning electron microscope (SEM), is achie...