Abstract
The implications of 1-D interstitial migration for dissociative impurity diffusion are discussed. It is pointed out that, in contrast to the case of 3-D migration, with 1-D interstitial migration long-range impurity diffusion cannot take place without vacancy motion. Further it is shown that, in the direction of interstitial migration, a value of isotope effect parameter E of E approximately=0 may be expected. This is in contrast to the correlation factor f for which, under the same conditions, a value of f>0 would be expected.
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