Mechanism of void growth in irradiated N
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V.I. Dubinko; D.I. Vainshtein; H.W. den Hartog
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Article
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2005
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Elsevier Science
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English
โ 245 KB
We propose a mechanism of void growth in di-atomic ionic crystals due to agglomeration of divacancies produced by interactions between dislocations and excitons. An exciton can cause movement of nearby dislocation jogs, resulting in the creation of equal numbers of anion and cation vacancies (Schott