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Atom probe tomography at the University of Sydney
chapter
posted on 2008-01-01, 00:00 authored by B Gault, M P Moody, D W Saxey, J M Cairney, Z Liu, R Zheng, Ross MarceauRoss Marceau, P V Liddicoat, L T Stephenson, S P RingerSummary: TheAustralianMicroscopy&MicroanalysisResearchFacility(AMMRF)
operates a national atom probe laboratory at The University of Sydney. This paper
provides a brief review and update of the technique of atom probe tomography (APT),
together with a summary of recent research applications at Sydney in the science
and technology of materials. We describe recent instrumentation advances such as
the use of laser pulsing to effect time-controlled field evaporation, the introduction
of wide field of view detectors, where the solid angle for observation is increased by
up to a factor of ∼20 as well as innovations in specimen preparation. We conclude
that these developments have opened APT to a range of new materials that were
previously either difficult or impossible to study using this technique because of their
poor conductivity or brittleness.
operates a national atom probe laboratory at The University of Sydney. This paper
provides a brief review and update of the technique of atom probe tomography (APT),
together with a summary of recent research applications at Sydney in the science
and technology of materials. We describe recent instrumentation advances such as
the use of laser pulsing to effect time-controlled field evaporation, the introduction
of wide field of view detectors, where the solid angle for observation is increased by
up to a factor of ∼20 as well as innovations in specimen preparation. We conclude
that these developments have opened APT to a range of new materials that were
previously either difficult or impossible to study using this technique because of their
poor conductivity or brittleness.
History
Title of book
Frontiers in materials researchVolume
10Series
Advances in materials researchChapter number
15Pagination
187 - 216Publisher
SpringerPlace of publication
Berlin, GermanyPublisher DOI
ISSN
1435-1889ISBN-13
9783540779674Language
engPublication classification
B Book chapter; B1.1 Book chapterCopyright notice
2008, Springer Berlin HeidelbergExtent
23Editor/Contributor(s)
Y Fujikawa, K Nakajima, T SakuraiUsage metrics
Read the peer-reviewed publication
Categories
Keywords
Science & TechnologyLife Sciences & BiomedicineTechnologyEnvironmental SciencesMaterials Science, MultidisciplinaryEnvironmental Sciences & EcologyMaterials ScienceSTIMULATED FIELD DESORPTIONPOSITION-SENSITIVE DETECTORSPECIMEN PREPARATIONENERGY-DISTRIBUTIONALUMINUM-ALLOYSEVAPORATIONCUPRECIPITATIONTUNGSTENIONS