Shape analysis of neutron diffraction peaks was used for substructure characterization in plastically deformed, polycrystalline ferritic steel. The high resolution of the scattering device used allows a quantitative estimation of substructure parameters as e.g. dislocation densities. The resultes are in good agreement with those obtained in X-ray investigations of the material and indicate that high-resolution neutron diffraction is a useful completion of integrated substructure analysis
Usually, the microstructure cannot be absolutely surely reconstructed from the small angle scatterin...
A range of diffraction peak profile analysis (DPPA) techniques were used to determine details of the...
L objectif de ce travail est de proposer une démarche, mettant en oeuvre les techniques de diffracti...
A procedure for line-shape analysis of broadened X-ray (or neutron) diffraction peaks is presented a...
Neutron diffraction has been used for engineering applications for nearly three decades. The basis o...
Previous use of the diffraction technique as a means of characterizing microstructure in multiphase ...
With the goal of real-space mapping of dislocation information using a wavelength-resolved (spectros...
International audienceOwing to its selectivity, diffraction is a powerful tool for analysing the mec...
The load transfer among ferrite orientations and between ferrite and martensite was analysed in DP 6...
Important activities in the aluminum industry are the development of new alloys, and the optimizatio...
Feasibility of using a high-resolution three axis neutron diffractometer performance for elastic and...
grantor: University of TorontoNeutron diffraction has been used for non-destructive residu...
Neutron diffraction is an effective and nondestructive method to investigate inner structure and str...
Usually, the microstructure cannot be absolutely surely reconstructed from the small angle scatterin...
In-situ measurements using the non-destructive penetration of neutrons are commonplace at neutron so...
Usually, the microstructure cannot be absolutely surely reconstructed from the small angle scatterin...
A range of diffraction peak profile analysis (DPPA) techniques were used to determine details of the...
L objectif de ce travail est de proposer une démarche, mettant en oeuvre les techniques de diffracti...
A procedure for line-shape analysis of broadened X-ray (or neutron) diffraction peaks is presented a...
Neutron diffraction has been used for engineering applications for nearly three decades. The basis o...
Previous use of the diffraction technique as a means of characterizing microstructure in multiphase ...
With the goal of real-space mapping of dislocation information using a wavelength-resolved (spectros...
International audienceOwing to its selectivity, diffraction is a powerful tool for analysing the mec...
The load transfer among ferrite orientations and between ferrite and martensite was analysed in DP 6...
Important activities in the aluminum industry are the development of new alloys, and the optimizatio...
Feasibility of using a high-resolution three axis neutron diffractometer performance for elastic and...
grantor: University of TorontoNeutron diffraction has been used for non-destructive residu...
Neutron diffraction is an effective and nondestructive method to investigate inner structure and str...
Usually, the microstructure cannot be absolutely surely reconstructed from the small angle scatterin...
In-situ measurements using the non-destructive penetration of neutrons are commonplace at neutron so...
Usually, the microstructure cannot be absolutely surely reconstructed from the small angle scatterin...
A range of diffraction peak profile analysis (DPPA) techniques were used to determine details of the...
L objectif de ce travail est de proposer une démarche, mettant en oeuvre les techniques de diffracti...