Internal friction peaks in cold-worked nickel and platinum in the temperature range of stage III recovery

T.J. Turner; René De Batist

Internal friction peaks in cold-worked nickel and platinum in the temperature range of stage III recovery

T.J. Turner, René De Batist

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Abstract

Employing a torsion pendulum, internal friction peaks are found In platinum ( 99.99 % purity) and nickel (99.999 % and 99,88 % purity) following cold work at room temperature. These peaks are identified with stage III recovery. The value π₀ associated with the dominant nickel peak is examined critically. Calculations of entropy changes and attempt frequencies lead to three possibilities for the relaxation process.

Original language	English
Publisher	SCK CEN
Number of pages	12
State	Published - May 1964

Publication series

Name	SCK CEN Reports
Publisher	SCK CEN
No.	BLG-282

Cite this

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abstract = "Employing a torsion pendulum, internal friction peaks are found In platinum ( 99.99 % purity) and nickel (99.999 % and 99,88 % purity) following cold work at room temperature. These peaks are identified with stage III recovery. The value π0 associated with the dominant nickel peak is examined critically. Calculations of entropy changes and attempt frequencies lead to three possibilities for the relaxation process.",

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AB - Employing a torsion pendulum, internal friction peaks are found In platinum ( 99.99 % purity) and nickel (99.999 % and 99,88 % purity) following cold work at room temperature. These peaks are identified with stage III recovery. The value π0 associated with the dominant nickel peak is examined critically. Calculations of entropy changes and attempt frequencies lead to three possibilities for the relaxation process.

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