Electron microscopy observations show that in the ordered alloy Ni 3V, perfect 1/ 2[112] dislocations are dissociated into three 1/ 6[112] partial dislocations bounding an intrinsic-extrinsic pure stacking fault pair (i.e. without any wrong first neighbour bonds); from this an evaluation of stacking fault energies can be deduced. Furthermore, such pairs should extend under stress and produce 1/ 6[112] partials as the slip dislocations in this crystal structure.Les observations en microscopie électronique dans l'alliage ordonné Ni 3V montrent que les dislocations parfaites de vecteur de Burgers 1/2[112] sont dissociées en trois partielles 1/ 6[112] limitant une paire de fautes d'empilement intrinsèque-extrinsèque dont on a pu déduire une éva...
Des sous-joints de flexion pure dans le germanium ont été observés par microscopie électronique à ha...
A homogeneous dislocation distribution in deformed metals is unstable with respect to clustering of ...
An overview on the current understanding of dislocation sources and multiplication mechanisms is mad...
Nickel-based superalloys are the material of choice for turbine applications due to their superior h...
Tig. 3 Slip pattern of 22 % Mn-Ni alloy in ordered state. of ordering on the plastic deformation, na...
A transmission electron microscopy (TEM) study has been carried out to uncover how dislocations and ...
Investigation of dislocation structures by transmission electron microscopy in the aluminium-rich Ni...
Stacking faults and the partial dislocations associated with them in a cold-rolled Mg–3wt%Bi alloy h...
Identical atomic planes of transition-metal disilicides can form different stacking when they are or...
On montre que les dislocations sont dissociées non seulement au repos mais aussi en mouvement. En ut...
International audienceVarious forms of the plastic deformation in single crystals are studied in pur...
It is now realised (1,2,3) that a knowledge of stacking fault energy is fundamental for an understan...
Abstract--The interaction between lattice dislocations and grain boundaries in Ni3A1 has been invest...
The elementary shearing configurations of γ' precipitates in single crystals of Nibased superalloys ...
a lt;100 gt; dislocations are observed in nickel base superalloys after creep deformation at high te...
Des sous-joints de flexion pure dans le germanium ont été observés par microscopie électronique à ha...
A homogeneous dislocation distribution in deformed metals is unstable with respect to clustering of ...
An overview on the current understanding of dislocation sources and multiplication mechanisms is mad...
Nickel-based superalloys are the material of choice for turbine applications due to their superior h...
Tig. 3 Slip pattern of 22 % Mn-Ni alloy in ordered state. of ordering on the plastic deformation, na...
A transmission electron microscopy (TEM) study has been carried out to uncover how dislocations and ...
Investigation of dislocation structures by transmission electron microscopy in the aluminium-rich Ni...
Stacking faults and the partial dislocations associated with them in a cold-rolled Mg–3wt%Bi alloy h...
Identical atomic planes of transition-metal disilicides can form different stacking when they are or...
On montre que les dislocations sont dissociées non seulement au repos mais aussi en mouvement. En ut...
International audienceVarious forms of the plastic deformation in single crystals are studied in pur...
It is now realised (1,2,3) that a knowledge of stacking fault energy is fundamental for an understan...
Abstract--The interaction between lattice dislocations and grain boundaries in Ni3A1 has been invest...
The elementary shearing configurations of γ' precipitates in single crystals of Nibased superalloys ...
a lt;100 gt; dislocations are observed in nickel base superalloys after creep deformation at high te...
Des sous-joints de flexion pure dans le germanium ont été observés par microscopie électronique à ha...
A homogeneous dislocation distribution in deformed metals is unstable with respect to clustering of ...
An overview on the current understanding of dislocation sources and multiplication mechanisms is mad...