Modern linear accelerators maintain precise control of delivery parameters during the treatment of dynamic external beam radiotherapy treatment plans; vendors provide snapshots of these parameters using trajectory log files (TLF). This project aims to investi...
Author profile
Phillip D. H. Wall, PhD
Washington University School of Medicine in St. Louis
A Trajectory Log–Based Approach to Fraction-Specific Quality Assurance
Poster Program · Therapy Physics
Comprehensive Open-Field Dosimetric Validation of Commercially Available Monte Carlo-Based Secondary Dose Verification System for Photon Radiotherapy
To perform comprehensive dosimetric validation of a commercially available independent Monte Carlo (MC)-based secondary dose calculation engine for clinical photon radiotherapy.
Poster Program · Therapy Physics
Validation of Commercial Monte Carlo Secondary Dose Calculation Using External Audit End-to-End Phantoms
Independent verification of IROC phantom credentialing results is valuable for institutional quality assurance and confidence in treatment planning system performance. This work aimed to verify the accuracy of a commercially available Monte Carlo (MC) dose al...
Poster Program · Therapy Physics
Adapting the First Accredited Residency for Today’s Workforce
Professional
Invited Program · Professional
Therapy Physics SNAP Oral: Clinical Innovations
Therapy Physics
Proffered Program · Therapy Physics