Browsing by author "Whelan, Brendan"
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Adaptive CaRdiac cOne BEAm computed Tomography (ACROBEAT): Developing the next generation of cardiac cone beam CT imaging.
Reynolds, Tess; Dillon, Owen; Prinable, Joseph; Whelan, Brendan; Keall, Paul; O'Brien, RickyPublished 2021Purpose: An important factor when considering the use of interventional cone beam computed tomography (CBCT) imaging during cardiac procedures is the trade-off between imaging dose and image quality. Accordingly, Adaptive ...Open AccessArticle -
Maximising the mutual interoperability of an MRI scanner and a cancer therapy particle accelerator
Whelan, BrendanPublished 2016-10-04The work described in this PhD thesis was undertaken as part of a much larger research project: The Australian MRI-Linac program. The goal of this program is to merge two existing medical technologies – an MRI scanner and ...Open AccessThesis -
An MRI-compatible patient rotation system — design, construction, and first organ deformation results
Keall, P; Whelan, Brendan; Liney, Gary; Dowling, Jason; Rai, Robba; Holloway, Lois; McGarvie, Leigh; Feain, Ilana; Barton, Michael; Berry, Megan; Wilkins, RobPublished 2017-02-13PURPOSE: Conventionally in radiotherapy, a very heavy beam forming apparatus (gantry) is rotated around a patient. From a mechanical perspective, a more elegant approach is to rotate the patient within a stationary beam. ...Open AccessArticle -
mri_distortion_toolkit phantom acquisition data
Whelan, Brendan; Liu, Paul; Shan, ShanshanPublished 2023-04-26This dataset contains MRI and CT images of the MRI distortion phantom detailed here: https://acrf-image-x-institute.github.io/mri_distortion_toolkit/phantom_notes.html Codes detailing the analysis of this data are ...Open AccessDataset -
Toward improved 3D carotid artery imaging with Adaptive CaRdiac cOne BEAm computed Tomography (ACROBEAT)
Reynolds, Tess; Dillon, Owen; Prinable, Joseph; Whelan, Brendan; Keall, PaulPublished 2020Purpose: Interventional treatments of aneurysms in the carotid artery are increasingly being supplemented with three-dimensional (3D) x-ray imaging. The 3D imaging provides additional information on device sizing and stent ...Open AccessArticle
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