Articles
Characterization of a novel two dimensional diode array the "magic plate" as a radiation detector for radiation therapy treatment (with J H. D Wong, I Fuduli, M Carolan, Marco Petasecca, M L. F Lerch, V L. Perevertaylo, and P Metcalfe), Faculty of Engineering - Papers (2012)
Monte Carlo study of the potential reduction in out-of-field dose using a patient-specific aperture in pencil beam scanning proton therapy (with Stephen J. Dowdell, Benjamin Clasie, Nicolas Depauw, Peter Metcalfe, Hanne M. Kooy, Jacob B. Flanz, and Harald Paganetti), Faculty of Engineering - Papers (2012)
This study is aimed at identifying the potential benefits of using a patientspecific aperture in...
Feasibility study of solid-state microdosimetry for energetic protons and heavy ions with coincident particle identification (with Q E. Dolecek, John F Dicello, Vincent L Pisacane, H Malak, A Rusek, and M Sivertz), Faculty of Engineering - Papers (2011)
Geometrical optimization of a particle tracking system for proton computed tomography (with Scott Penfold, Reinhard W. Schulte, and H.-F.W. Sadrozinksi), Faculty of Engineering - Papers (2011)
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Independent quality assurance of a helical tomotherapy machine using the dose magnifying glass (with Michael L. Lerch, Peter E. Metcalfe, Jeannie Wong, Marco Petasecca, Martin G. Carolan, Wolfgang Tome, Nick G. Hardcastle, A Bayliss, and R Tolakanahalli), Faculty of Engineering - Papers (2011)
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Presentations
Transferring advanced physics research tools to education: how to teach simulation tools used in radiation physics research to university students (with Susanna Guatelli, Catherine Anne Layton, and Dean L. Cutajar), Faculty of Engineering - Papers (2010)
At the Centre of Medical Radiation Physics (CMRP), School of Engineering Physics, Faculty of Engineering,...
Fast and accurate proton computed tomography image reconstruction for applications in proton therapy (with S. N. Penfold, R. W. Schulte, and V. Bashkirov), Faculty of Engineering - Papers (2009)
Proton computed tomography has been suggested as a means for maximizing the potential benefits of...
Spatial Resolution of a Small Cubic LYSO Scintillator Crystal Detector with Depth-of-Interaction Capabilities in a Small Animal PET Scanner (with L. Perera, M. Lerch, S. R. Meikle, and J. Chan), Faculty of Engineering - Papers (2007)
Present Positron Emission Tomography (PET) detectors suffer from degradation of the spatial resolution due to...
Evaluation of Transmission Methodology for the microPET Focus 220 Animal Scanner (with W. Lehnert, S. R. Meikle, S. Siegel, D. Bailey, R. Banati, and A. Rosenfeld), Faculty of Engineering - Papers (2005)
Attenuation Correction is important among other corrections for quantitative Positron Emission Tomography (PET). A common...
Response of a SOI Microdosimeter to a /sup 238/PuBe Neutron Source (with M. I. Reinhard, I. Cornelius, D. K. Prokopovich, A. Wroe, A. Rosenfeld, V. Pisacane, J. F. Zeigler, M. E. Nelson, F. Cucinotta, M. Zaider, and J. F. Dicello), Faculty of Engineering - Papers (2005)
The response of a solid state microdosimeter based on semiconductor on insulator (SOI) technology to...