Résumé. — La résonance magnétique nucléaire est appliquée à l'étude de la variation de la vitesse des disloca-tions avec la contrainte de compression appliquée dans des cristaux d'halogénures alcalins. Tlp a été mesurée en fonction du taux s de la déformation plastique. La route moyenne des dislocations mobiles a été déterminée. Nous indiquons les résultats des expériences sur de différents noyaux, sur de différentes orientations des cristaux et sur des températures différentes. Abstract. — Dislocations moving at various velocities in deforming alkali halide single crystals were studied using the technique of pulsed nuclear magnetic resonance. The spin lattice relaxation rate in the rotating frame is measured as a function of the ...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
The intricate details of the mode of dislocation movement in a stress field and the mobile fraction ...
La résonance magnétique nucléaire est appliquée à l'étude de la variation de la vitesse des dislocat...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
Abstract-Pulsed nuclear magnetic resonance techniques as well as transmission electron microscopy ha...
Pulsed nuclear magnetic resonance techniques as well as transmission electron microscopy have been a...
Pulsed nuclear magnetic resonance techniques as well as transmission electron microscopy have been a...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
R6sum6.- La variation de la vitesse des dislocations avec la contrainte de scission appliquk a et6 m...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
The intricate details of the mode of dislocation movement in a stress field and the mobile fraction ...
La résonance magnétique nucléaire est appliquée à l'étude de la variation de la vitesse des dislocat...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
Results are presented of investigations into the role of dislocation motion in deforming NaCl single...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
Abstract-Pulsed nuclear magnetic resonance techniques as well as transmission electron microscopy ha...
Pulsed nuclear magnetic resonance techniques as well as transmission electron microscopy have been a...
Pulsed nuclear magnetic resonance techniques as well as transmission electron microscopy have been a...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
R6sum6.- La variation de la vitesse des dislocations avec la contrainte de scission appliquk a et6 m...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
In this thesis a new approach to the study of moving dislocations in crystalline solids during plast...
The intricate details of the mode of dislocation movement in a stress field and the mobile fraction ...