Irradiation effects in beryllia and zinc oxide

Cowley, J.

doi:10.1107/s0365110x66002603

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Primary Radiation Effects and Defect Production1

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1969

2023

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Cited by 13 publications

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“…The results obtained by Alves et al are more in agreement with similar threshold, of the order of 40 eV, for Al and O along <10-10> and lower values for Al along <0001> [3], see also Zinkle [2]. Ref a [4], b [5], c [6], d [7], e [8], f [9,10] As can be seen in this table the values given for a single oxide display a very large spread, frequently by a factor up to two. The spectroscopic methods give the most specific values, but are limited frequently to oxygen defects.…”

Section: Primary Radiation Effects and Defect Productionsupporting

confidence: 59%

Aging of Oxides under Irradiation

Limoge

Barbu

2005

DDF

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In this conference we try to give a survey of the main characteristics of aging of oxides under irradiation in the perspective of the recent developments of the ab-initio modeling capabilities. After a brief recall of the relevant radiation – matter interactions, we present the main aspects of materials aging under irradiation, I) defect creation either elastically or inelastically, ii) microstructure evolution due to defect elimination, iii) radiation enhanced diffusion, iv) phase changes under irradiation.

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