We study in high purity polycristalline aluminium and magnesium a strong internal friction peak P1 situated around 0.5 TM (TM = melting point in K). This peak presents a maximum as a function of the oscillating stress amplitude. The results are in agreement with the model of dislocation glide controlled by jog climbing and diffusion of vacancies along dislocations
Abstract Amplitude-dependent internal friction of polycrystalline commercial lead has been studied i...
We have studied the impurity effect on the internal friction spectrum, with two different samples m...
Amplitude-dependent internal friction of polycrystalline commercial lead has been studied in wide fr...
High temperature internal friction experiments were performed on different poly and single crystals ...
An internal friction relaxation peak-located about 0.4 TM for a vibration frequency of 1 Hz is obser...
We have observed in high purity (6 N) polycrystalline aluminium an internal friction peak situated a...
Abstract.- High temperature in ternal friction experiments were perfor-med on different poly and sin...
A carefull investigation of the low frequency (~ 1 Hz) amplitude dependent internal friction, in hig...
The internal friction of cold-worked polycrystalline aluminum has been measured in the temperature r...
The internal friction of cold-worked Cu-Al alloys is measured with an inverted torsion pendulum in t...
Low temperature internal friction peaks were observed at frequencies of about 1 Hz and 2. 4 Hz in se...
The internal friction of cold worked dilute copper alloys (Cu-Ag and Cu-Au) is studied in the temper...
Anelasticity, as suggested by Zener /1/ in 1948, gives rise to internal friction which is independen...
An internal-friction peak situated at 365°C (f = 1 Hz) was recently observed by Kê et al. in 99.991 ...
Anomalously amplitude-dependent internal-friction peaks were observed in Al-0.12 wt % Mg after the s...
Abstract Amplitude-dependent internal friction of polycrystalline commercial lead has been studied i...
We have studied the impurity effect on the internal friction spectrum, with two different samples m...
Amplitude-dependent internal friction of polycrystalline commercial lead has been studied in wide fr...
High temperature internal friction experiments were performed on different poly and single crystals ...
An internal friction relaxation peak-located about 0.4 TM for a vibration frequency of 1 Hz is obser...
We have observed in high purity (6 N) polycrystalline aluminium an internal friction peak situated a...
Abstract.- High temperature in ternal friction experiments were perfor-med on different poly and sin...
A carefull investigation of the low frequency (~ 1 Hz) amplitude dependent internal friction, in hig...
The internal friction of cold-worked polycrystalline aluminum has been measured in the temperature r...
The internal friction of cold-worked Cu-Al alloys is measured with an inverted torsion pendulum in t...
Low temperature internal friction peaks were observed at frequencies of about 1 Hz and 2. 4 Hz in se...
The internal friction of cold worked dilute copper alloys (Cu-Ag and Cu-Au) is studied in the temper...
Anelasticity, as suggested by Zener /1/ in 1948, gives rise to internal friction which is independen...
An internal-friction peak situated at 365°C (f = 1 Hz) was recently observed by Kê et al. in 99.991 ...
Anomalously amplitude-dependent internal-friction peaks were observed in Al-0.12 wt % Mg after the s...
Abstract Amplitude-dependent internal friction of polycrystalline commercial lead has been studied i...
We have studied the impurity effect on the internal friction spectrum, with two different samples m...
Amplitude-dependent internal friction of polycrystalline commercial lead has been studied in wide fr...
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