Abstract—The tetrahedrally close-packed structure of Co7W6 (m-phase) was studied by HRTEM. A mas-sive presence of random sub-unit cell twins was detected. These planar defects were characterized in detail and the twinning probability at potential mirror planes was established. High-precision image simulation of the bulk structure and defect region was performed, using a simulated evolution optimization strategy to refine the imaging conditions. Ab initio calculations were carried out in order to determine the energy involved in twinning, as well as the distortion induced in the structure. 7 2000 Acta Metallurgica Inc
The structure and energy of {112} twin boundaries and twinning dislocations in a-iron, molybdenum an...
This dissertation investigates mechanisms associated with deformation twinning in hexagonal close-pa...
The {110} planar defect formed in the Cu-Al-Sc 1/1 approximant has been studied by means of electron...
The tetrahedrally close-packed structure of Co7W6 (µ-phase) was studied by HRTEM. A massive presence...
The tetrahedrally close-packed structure of Co7W6 (µ-phase) was studied by HRTEM. A massive presence...
An analysis based on crystal symmetry and high-resolution transmission electron microscopy (HRTEM) i...
This paper concentrates on an electron microscopy study of stacking faults on pyramidal planes, that...
International audienceElectron backscattering diffraction technique was used for a statistical analy...
Twinning is an important deformation mode in materials with the hexagonal close-packed (hcp) structu...
Deformation twinning is crucially important in the mechanical behavior of hexagonal close-packed (HC...
CaYAl3O7 presents a challenge for computer modelling techniques because of its site-occupancy disord...
An approach is developed to investigate the deformation behavior of hexagonal close-packed (hcp) nan...
Deformation twinning in coarse-grained fcc metals results from the highly coordinated glide of Shock...
Although it is well known that Fe-Mn-C TWIP steels exhibit high work-hardening rates, the elementary...
The continuous precipitation of D019 Co3W from a highly supersaturated Co-rich fcc matrix has been i...
The structure and energy of {112} twin boundaries and twinning dislocations in a-iron, molybdenum an...
This dissertation investigates mechanisms associated with deformation twinning in hexagonal close-pa...
The {110} planar defect formed in the Cu-Al-Sc 1/1 approximant has been studied by means of electron...
The tetrahedrally close-packed structure of Co7W6 (µ-phase) was studied by HRTEM. A massive presence...
The tetrahedrally close-packed structure of Co7W6 (µ-phase) was studied by HRTEM. A massive presence...
An analysis based on crystal symmetry and high-resolution transmission electron microscopy (HRTEM) i...
This paper concentrates on an electron microscopy study of stacking faults on pyramidal planes, that...
International audienceElectron backscattering diffraction technique was used for a statistical analy...
Twinning is an important deformation mode in materials with the hexagonal close-packed (hcp) structu...
Deformation twinning is crucially important in the mechanical behavior of hexagonal close-packed (HC...
CaYAl3O7 presents a challenge for computer modelling techniques because of its site-occupancy disord...
An approach is developed to investigate the deformation behavior of hexagonal close-packed (hcp) nan...
Deformation twinning in coarse-grained fcc metals results from the highly coordinated glide of Shock...
Although it is well known that Fe-Mn-C TWIP steels exhibit high work-hardening rates, the elementary...
The continuous precipitation of D019 Co3W from a highly supersaturated Co-rich fcc matrix has been i...
The structure and energy of {112} twin boundaries and twinning dislocations in a-iron, molybdenum an...
This dissertation investigates mechanisms associated with deformation twinning in hexagonal close-pa...
The {110} planar defect formed in the Cu-Al-Sc 1/1 approximant has been studied by means of electron...