International audienceThe paper describes an automated crystal orientation and phase mapping technique that allows nanoscale characterization of crystalline materials with a transmission electron microscope. The template matching strategy used to identify the diffraction patterns is detailed and the resulting outputs of the technique are illustrated. Some examples of applications are used to demonstrate the capability of the tool and potential developments are discussed
International audienceDetermination of topography of crystallite orientations is an important techni...
Afin d’optimiser les composants de l’industrie de la microélectronique, il est essentiel d’établir l...
Crystalline materials used in technological applications are often complex assemblies composed of mu...
International audienceThe paper describes an automated crystal orientation and phase mapping techniq...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
The basics of precession electron diffraction (PED) in a transmission electron microscope (TEM) are ...
International audienceACOM/TEM is an automated electron diffraction pattern indexing tool that enabl...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
A new automated crystallographic orientation mapping tool in a transmission electron microscope tech...
To relate the internal structure of a volume (crystallite and phase boundaries) to properties (elect...
A new automated crystallographic orientation mapping tool in a transmission electron microscopie tec...
International audienceThe diffraction patterns acquired with a transmission electron microscope (TEM...
International audienceDetermination of topography of crystallite orientations is an important techni...
Afin d’optimiser les composants de l’industrie de la microélectronique, il est essentiel d’établir l...
Crystalline materials used in technological applications are often complex assemblies composed of mu...
International audienceThe paper describes an automated crystal orientation and phase mapping techniq...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
The basics of precession electron diffraction (PED) in a transmission electron microscope (TEM) are ...
International audienceACOM/TEM is an automated electron diffraction pattern indexing tool that enabl...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
An automated technique for the mapping of nanocrystal phases and orientations in a transmission elec...
A new automated crystallographic orientation mapping tool in a transmission electron microscope tech...
To relate the internal structure of a volume (crystallite and phase boundaries) to properties (elect...
A new automated crystallographic orientation mapping tool in a transmission electron microscopie tec...
International audienceThe diffraction patterns acquired with a transmission electron microscope (TEM...
International audienceDetermination of topography of crystallite orientations is an important techni...
Afin d’optimiser les composants de l’industrie de la microélectronique, il est essentiel d’établir l...
Crystalline materials used in technological applications are often complex assemblies composed of mu...