Oxford Thesis Collection

Thesis

3D field ion microscopy and atom probe tomography techniques for the atomic scale characterisation of radiation damage in tungsten

Abstract:: In this work, new reconstruction and analysis methods were developed for 3D field ion microscopy (FIM) data, motivated by the goal of atomic scale characterisation of radiation damage for fusion applications.

A comparative FIM/ atom probe tomography (APT) study of radiation damage in self-implanted tungsten revealed FIM advantages in atomistic crystallographic characterisation, able to identify dislocations, large vacancy clusters, and single vacancies. While the latter is beyond th...
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APA Style

Dagan, M. (2016). 3D field ion microscopy and atom probe tomography techniques for the atomic scale characterisation of radiation damage in tungsten [PhD thesis]. University of Oxford.

MLA Style

Dagan, M. 3D Field Ion Microscopy and Atom Probe Tomography Techniques for the Atomic Scale Characterisation of Radiation Damage in Tungsten. 2016. University of Oxford, PhD thesis.

Chicago Style

Dagan, M. 2016. “3D Field Ion Microscopy and Atom Probe Tomography Techniques for the Atomic Scale Characterisation of Radiation Damage in Tungsten.” PhD thesis, University of Oxford.
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Files:: MDagan_thesis_final.pdf

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Authors

+ Dagan, M More by this author

Division:: MPLS
Department:: Materials
Department:: Materials
Role:: Author

Contributors

Department:: Materials
Role:: Supervisor

Role:: Supervisor

+ Engineering and Physical Sciences Research Council More from this funder

Funding agency for:: Moody, M

DOI:: 10.5287/ora-ngr928aa5
Type of award:: DPhil
Level of award:: Doctoral
Awarding institution:: University of Oxford

Keywords:: radiation damage

atomic scale characterisation

3D reconstruction

field ion microscopy

tungsten

atom probe tomography
Subjects:: Materials science--Research
UUID:: uuid:a575ff83-9101-499e-a54d-23d59f0d4d16
Deposit date:: 2018-02-12
ARK identifier:: ark:/29072/ora_a575ff839101499ea54d23d59f0d4d16

Terms of use

Copyright holder:: Dagan, M
Copyright date:: 2016

Licence:: Terms and Conditions of Use for Oxford University Research Archive

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