DETERMINATION OF HARDENING AND RECOVERY IN HIGH-TEMPERATURE CREEP OF NICKEL FROM DISLOCATION DENSITY VARIATION.

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作者：

Okrainets, P.N.

Pishchak, V.K.

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Physics of Metals (English Translation of Metallofizika) | 1981年 / 3卷 / 01期

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摘要：

This paper deals with the variation of dislocation density during high-temperature creep (900, 850, and 800 degree C) of nickel at different stresses (1. 0, 125, and 1. 5 kg/mm**2 ). A formula expressing this variation has been derived. The structural data obtained were their employed to calculate the strain answering coefficient and the rate of strain hardening recovery.

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页码：141 / 149

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Li, S., 1600, (A114): : 1 - 2
[2] CONSIDERATION OF DISLOCATION DENSITY IN TERMS OF HIGH-TEMPERATURE CREEP
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