The effect of temperature on bubble lattice formation in copper under in situ He ion irradiation

In situ ion irradiation in a transmission electronmicroscopewas used to investigate the effects of temperature on radiation-induced bubble lattice formation in Cu by low energy (12 keV) helium ions. Bubble lattices were observed to form between−100 and 100 °C, but at 200 °C lattice formation was imp...

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Main Authors: Robinson, A, Edmondson, P, English, C, Lozano-Perez, S, Greaves, G, Hinks, J, Donnelly, S, Grovenor, C
Format: Journal article
Published: Elsevier 2017
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author Robinson, A
Edmondson, P
English, C
Lozano-Perez, S
Greaves, G
Hinks, J
Donnelly, S
Grovenor, C
author_facet Robinson, A
Edmondson, P
English, C
Lozano-Perez, S
Greaves, G
Hinks, J
Donnelly, S
Grovenor, C
author_sort Robinson, A
collection OXFORD
description In situ ion irradiation in a transmission electronmicroscopewas used to investigate the effects of temperature on radiation-induced bubble lattice formation in Cu by low energy (12 keV) helium ions. Bubble lattices were observed to form between−100 and 100 °C, but at 200 °C lattice formation was impeded by continued growth and agglomeration of bubbles. Both nucleation of bubbles, and to a lesser extent bubble lattice formation, are observed at lower fluences as temperature increases,which we suggest is due to increased point defect mobility. Previous work on point defect concentrations in irradiated copper is consideredwhen interpreting these results.
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spelling oxford-uuid:9ec34e07-3d01-4808-a57d-a5d32354f2312022-03-27T00:52:26ZThe effect of temperature on bubble lattice formation in copper under in situ He ion irradiationJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:9ec34e07-3d01-4808-a57d-a5d32354f231Symplectic Elements at OxfordElsevier2017Robinson, AEdmondson, PEnglish, CLozano-Perez, SGreaves, GHinks, JDonnelly, SGrovenor, CIn situ ion irradiation in a transmission electronmicroscopewas used to investigate the effects of temperature on radiation-induced bubble lattice formation in Cu by low energy (12 keV) helium ions. Bubble lattices were observed to form between−100 and 100 °C, but at 200 °C lattice formation was impeded by continued growth and agglomeration of bubbles. Both nucleation of bubbles, and to a lesser extent bubble lattice formation, are observed at lower fluences as temperature increases,which we suggest is due to increased point defect mobility. Previous work on point defect concentrations in irradiated copper is consideredwhen interpreting these results.
spellingShingle Robinson, A
Edmondson, P
English, C
Lozano-Perez, S
Greaves, G
Hinks, J
Donnelly, S
Grovenor, C
The effect of temperature on bubble lattice formation in copper under in situ He ion irradiation
title The effect of temperature on bubble lattice formation in copper under in situ He ion irradiation
title_full The effect of temperature on bubble lattice formation in copper under in situ He ion irradiation
title_fullStr The effect of temperature on bubble lattice formation in copper under in situ He ion irradiation
title_full_unstemmed The effect of temperature on bubble lattice formation in copper under in situ He ion irradiation
title_short The effect of temperature on bubble lattice formation in copper under in situ He ion irradiation
title_sort effect of temperature on bubble lattice formation in copper under in situ he ion irradiation
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