Isochronal recovery of cold-worked B.C.C. metals

Lambert Stals; Jos Nihoul

Isochronal recovery of cold-worked B.C.C. metals

Lambert Stals, Jos Nihoul

Research output › peer-review

Abstract

The isochronal recovery of the electrical resistivity of cold-worked tantalum and niobium is discussed. The data are analysed following the methods of Simson and Sizmann and of Batarin and Zetzsche. The results agree quaIitativeIy with Waite's theory of diffusion controlled bimolecular recovery processes. Both the Simson and Sizmann and the Batarin and Zetzsche plots show the theoretically predicted change in slope from -E_m/2k to -E_m/k as recovery proceeds. However, the experimental transition region is much less extended than predicted by theory.

Original language	English
Publisher	SCK CEN
Number of pages	9
State	Published - Dec 1964

Publication series

Name	SCK CEN Reports
Publisher	SCK CEN
No.	BLG-362

Cite this

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title = "Isochronal recovery of cold-worked B.C.C. metals",

abstract = "The isochronal recovery of the electrical resistivity of cold-worked tantalum and niobium is discussed. The data are analysed following the methods of Simson and Sizmann and of Batarin and Zetzsche. The results agree quaIitativeIy with Waite's theory of diffusion controlled bimolecular recovery processes. Both the Simson and Sizmann and the Batarin and Zetzsche plots show the theoretically predicted change in slope from -Em/2k to -Em/k as recovery proceeds. However, the experimental transition region is much less extended than predicted by theory.",

author = "Lambert Stals and Jos Nihoul",

year = "1964",

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language = "English",

series = "SCK CEN Reports",

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T1 - Isochronal recovery of cold-worked B.C.C. metals

AU - Stals, Lambert

AU - Nihoul, Jos

PY - 1964/12

Y1 - 1964/12

N2 - The isochronal recovery of the electrical resistivity of cold-worked tantalum and niobium is discussed. The data are analysed following the methods of Simson and Sizmann and of Batarin and Zetzsche. The results agree quaIitativeIy with Waite's theory of diffusion controlled bimolecular recovery processes. Both the Simson and Sizmann and the Batarin and Zetzsche plots show the theoretically predicted change in slope from -Em/2k to -Em/k as recovery proceeds. However, the experimental transition region is much less extended than predicted by theory.

AB - The isochronal recovery of the electrical resistivity of cold-worked tantalum and niobium is discussed. The data are analysed following the methods of Simson and Sizmann and of Batarin and Zetzsche. The results agree quaIitativeIy with Waite's theory of diffusion controlled bimolecular recovery processes. Both the Simson and Sizmann and the Batarin and Zetzsche plots show the theoretically predicted change in slope from -Em/2k to -Em/k as recovery proceeds. However, the experimental transition region is much less extended than predicted by theory.

UR - https://ecm.sckcen.be/OTCS/llisapi.dll/overview/39210428

M3 - BLG - Open report

T3 - SCK CEN Reports

BT - Isochronal recovery of cold-worked B.C.C. metals

PB - SCK CEN

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