THERMAL SHRINKAGE OF DISLOCATION LOOPS AND THE MECHANISM OF SELF-DIFFUSION IN GERMANIUM.

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作者：

Hirata, M.

Kiritani, M.

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Physica B: Physics of Condensed Matter & C: Atomic, Molecular and Plasma Physics, Optics | 1982年 / 116卷 / B&C n 1-3期

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摘要：

Observations on perfect vacancy loops in germanium at above 600 degree C have shown that the rate of shrinking of a loop is accelerated as it becomes smaller. This feature can be interpreted in terms of the emission of constituent vacancies from each loop and supports the self-diffusion mechanism which is of vacancy type. While each interstitial type loop shrinks with constant speed down to smaller size which is also consistent with the vacancy mechanism.

引用

页码：623 / 628

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