AAPM 2018: Contributions on ion radiography and tomography

We have extracted contributions from the program of this year’s AAPM conference in Nashville, Tennessee, which are related to ion radiography and tomography. Here’s the list of links to the AAPM website:

• A Novel Proton Computed Tomography Acquisition and Reconstruction Based On the Pencil Beam Scanning Spot and Energy Decomposition Technique

• Characterizing a High-Density Glass Scintillator for Proton Imaging

• Inferring Water Equivalent Path Length in Transmission Proton Imaging From Two Dimensional Data

• Proton Computed Tomography with Multiple-Layer Ionization Chamber

• A Quantification of the Accuracy of Proton Radiography for Patient Alignment of Intracranial Targets

• Neural Network Application to Proton Imaging

• Image Reconstruction with a Fast, Monolithic Proton Radiography System

• Experimental Validation of MC Simulations of ERDF for Proton Imaging Applications

• Detection and Quantification of Intensity Quantum Interference Patterns in Radiographic Imaging with High Energy 250 MeV Proton Beam

• Radiographic Imaging with Proton Beams From the MEVION-S250 Therapy System Using Gafchromic Films and Computed Radiographic Plates

• Instantaneous Full Field Proton Radiography for Image Guidance

• Optimization of Relative Stopping Power by Multi-Projection Proton Radiography

• Quantitative Comparison of Proton, Helium- and Carbon-Ion Computed Tomography for Ion Therapy Treatment Planning

• An Algorithm to Calculate WET Distributions From DICOM Files

Let us know if you think we should add items to the list.