Relaxation phenomena attributable to the intrinsic properties of dislocations are reviewed. The principal theoretical models for the intrinsic dislocations relaxations and the Snoek-Köster relaxation are presented in outline. Recent important experimental results, mainly on f.c.c, h.c.p. and b.c.c. metals, are examined and compared with the theoretical predictions
The analysis of experimental internal friction spectrum tgδ - f(T) shows that monocrystalline metall...
The internal friction (mechanical loss) behavior of dislocations is studied in a model which, for th...
An internal friction relaxation peak-located about 0.4 TM for a vibration frequency of 1 Hz is obser...
Relaxation phenomena attributable to the intrinsic properties of dislocations are reviewed. The prin...
ciislocations are revieved. The principal theoretical rodels For the in t r ins i c c;islocations re...
Original contributions on dislocation relaxation effects, submitted to this conference, are introduc...
Since the introduction of the "pinned-string model" by J.S. Koehler and its subsequent elaboration b...
Dislocation motion in Va metals, V, Nb and Ta at low temperatures was studied by internal friction a...
The internal friction in deformed germanium single crystals is investigated in the temperature range...
A theory of internal frictions due to thermal unpinning of dislocations was developed. The results o...
A relationship between dislocation internal friction, microplastic and macroplastic behaviour of cry...
The effects of the dislocation pattern formed due to the self-organization of the dislocations in cr...
The internal friction (mechanical loss) behavior of dislocations is studied in a model which, for th...
The effects of the dislocation pattern formed due to the self-organization of the dislocations in cr...
A relationship between dislocation internal friction, microplastic and macroplastic behaviour of cry...
The analysis of experimental internal friction spectrum tgδ - f(T) shows that monocrystalline metall...
The internal friction (mechanical loss) behavior of dislocations is studied in a model which, for th...
An internal friction relaxation peak-located about 0.4 TM for a vibration frequency of 1 Hz is obser...
Relaxation phenomena attributable to the intrinsic properties of dislocations are reviewed. The prin...
ciislocations are revieved. The principal theoretical rodels For the in t r ins i c c;islocations re...
Original contributions on dislocation relaxation effects, submitted to this conference, are introduc...
Since the introduction of the "pinned-string model" by J.S. Koehler and its subsequent elaboration b...
Dislocation motion in Va metals, V, Nb and Ta at low temperatures was studied by internal friction a...
The internal friction in deformed germanium single crystals is investigated in the temperature range...
A theory of internal frictions due to thermal unpinning of dislocations was developed. The results o...
A relationship between dislocation internal friction, microplastic and macroplastic behaviour of cry...
The effects of the dislocation pattern formed due to the self-organization of the dislocations in cr...
The internal friction (mechanical loss) behavior of dislocations is studied in a model which, for th...
The effects of the dislocation pattern formed due to the self-organization of the dislocations in cr...
A relationship between dislocation internal friction, microplastic and macroplastic behaviour of cry...
The analysis of experimental internal friction spectrum tgδ - f(T) shows that monocrystalline metall...
The internal friction (mechanical loss) behavior of dislocations is studied in a model which, for th...
An internal friction relaxation peak-located about 0.4 TM for a vibration frequency of 1 Hz is obser...
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