1984
DOI: 10.1002/pssb.2221260117
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Group Representation of the Formation Probabilities of Athermal Vacancy Clusters in Atomic Collision Cascades

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Cited by 4 publications
(2 citation statements)
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“…Moreover, from [17] follows that decreasing the primary knock-out atom (PKA) energy results in the increase of vacancies entering athermal divacancies. I n particular, if PKA can create only two Prenkel pairs, then half of the appearing athermal vacancies will be of the form of divacancies.…”
Section: Divacancymentioning
confidence: 98%
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“…Moreover, from [17] follows that decreasing the primary knock-out atom (PKA) energy results in the increase of vacancies entering athermal divacancies. I n particular, if PKA can create only two Prenkel pairs, then half of the appearing athermal vacancies will be of the form of divacancies.…”
Section: Divacancymentioning
confidence: 98%
“…It is well known [I] that vacancy loops in nickel are observed a t irradiation temperatures 250 to 450 "C, which is less than the lower temperature boundary of swelling. Moreover, from [17] follows that decreasing the primary knock-out atom (PKA) energy results in the increase of vacancies entering athermal divacancies. I n particular, if PKA can create only two Prenkel pairs, then half of the appearing athermal vacancies will be of the form of divacancies.…”
Section: Divacancymentioning
confidence: 99%