This summary paper emphasizes the highlights of the workshop which are particularly relevant for applications in materials science. It reviews progress in EELS instrumentation, data recording and processing, and in the use and interpretation of EELS fine structures. We point out the possibilities of EELS as a local analytical tool, discuss EELS detection limits, and indicate potential fields of applications for EELS fine structure studies
International audienceElectron energy loss spectroscopy (EELS) in the transmission electron microsco...
Quantitative microanalysis using the EELS technique requires the knowledge of partial scattering cro...
Although most of the recent work concerning EELS in electron microscopy is related to instrumental d...
The present level of accuracy and energy resolution attained by parallel recording instruments allow...
On présente la technique de spectrométrie des pertes d'énergie des électrons en microscopie électron...
International audienceOver the past two or three decades, nanoscience and nanotechnology have clearl...
This dataset is made up of (i) an ensemble of codes for building programs connected to the preprint,...
International audienceOver the past two or three decades, nanoscience and nanotechnology have clearl...
An overview of recent progress in high loss electron energy loss spectroscopy is presented. This cov...
This dataset is made up of (i) an ensemble of codes for building programs connected to the preprint,...
Analytical electron microscopy offers two main techniques of interest to materials science: electron...
Abstract. Electron energy loss spectroscopy (EELS) is an ideal tool to obtain chemical information f...
An overview of recent progress in high loss electron energy loss spectroscopy is presented. This cov...
International audienceElectron energy loss spectroscopy (EELS) in the transmission electron microsco...
An overview of recent progress in high loss electron energy loss spectroscopy is presented. This cov...
International audienceElectron energy loss spectroscopy (EELS) in the transmission electron microsco...
Quantitative microanalysis using the EELS technique requires the knowledge of partial scattering cro...
Although most of the recent work concerning EELS in electron microscopy is related to instrumental d...
The present level of accuracy and energy resolution attained by parallel recording instruments allow...
On présente la technique de spectrométrie des pertes d'énergie des électrons en microscopie électron...
International audienceOver the past two or three decades, nanoscience and nanotechnology have clearl...
This dataset is made up of (i) an ensemble of codes for building programs connected to the preprint,...
International audienceOver the past two or three decades, nanoscience and nanotechnology have clearl...
An overview of recent progress in high loss electron energy loss spectroscopy is presented. This cov...
This dataset is made up of (i) an ensemble of codes for building programs connected to the preprint,...
Analytical electron microscopy offers two main techniques of interest to materials science: electron...
Abstract. Electron energy loss spectroscopy (EELS) is an ideal tool to obtain chemical information f...
An overview of recent progress in high loss electron energy loss spectroscopy is presented. This cov...
International audienceElectron energy loss spectroscopy (EELS) in the transmission electron microsco...
An overview of recent progress in high loss electron energy loss spectroscopy is presented. This cov...
International audienceElectron energy loss spectroscopy (EELS) in the transmission electron microsco...
Quantitative microanalysis using the EELS technique requires the knowledge of partial scattering cro...
Although most of the recent work concerning EELS in electron microscopy is related to instrumental d...