Plastic scintillators offer fast data acquisition, small sensitive volumes suitable for small field dosimetry, and tissue equivalence, making them well suited for LINAC commissioning. This study characterizes the BluePhysics (BP) plastic scintillator for rapi...
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Marcos Feijoo
Blue Physics LLC
Novel Detector Characterization for an Ultrafast Linac Commissioning
Poster Program · Therapy Physics
Optimization of Scanning Speed Using a Novel Plastic Scintillation Detector to Achieve Ultrafast Beam Scanning
To assess the impact of scanning speed on beam data quality using a novel plastic scintillation detector (PSD) compared with conventional methods, with the goal of enabling ultrafast scanning.
Poster Program · Therapy Physics
Small Field Output Variation: Impact of Field Size
Large variation up to 8% in field output factor (FOF) among various investigators has been reported. This is critical for modern radiotherapy techniques. Field definition based on FWHM (Sclin) and S (jaw based) has been used but debated. This study investigat...
Poster Program · Professional
Spot Scanning Proton Beam Characterization By Plastic Scintillator Detector
To investigate the response of a plastic scintillator dosimeter in quantifying depth-dose distributions and beam spot characteristics in a clinical proton therapy setting, using both Monte Carlo modeling and experimental comparison.
Poster Program · Therapy Physics