Description
Proton Computed Tomography directly measures the proton stopping power in a patient to improve proton radiotherapy treatment plans. Conventionally the energy measurement in proton CT is performed via scintillators or range trackers which are limited to at most a few protons per readout cycle. We present here a proton CT device which utilises silicon strip trackers oriented at non orthogonal angles to improve rate capabilities coupled with a CMOS MAPS which integrated the energy deposited by multiple protons per pixel. We will describe the devices used, the reconstruction method for achieving a proton CT, and present proof of principle results obtained using the University of Birmingham MC40 cyclotron.
Primary authors
John Vincent Cotterill
(University of Birmingham (GB))
Alasdair Winter
(University of Birmingham (GB))
Tony Price
(University of Birmingham (GB))
Philip Patrick Allport
(University of Birmingham (UK))
Stuart Green
(University Hospital Birmingham)
Nigel Allinson
(U)
Michela Esposito
Chris Waltham
Dr
Sam Manger
(University of Birmingham)
James Kendrick
(University of Birmingham (GB))
