Home
Institution
Virginia Commonwealth
University (Richmond,
VA)
E-mail:
jeffersonas(at)vcu.edu
Home (VCU)
mentor
Jeffrey
Williamson
E-mail:jwilliamson(at)mcvh-vcu.edu
Affiliation:
Department of Radiation Oncology,
Division of Medical Physics
P.O Box 980058
401 College Street, Basement
Interests:Optimization and delivery,
Dose computation using Monte Carlo algorithms,
Brachytherapy dosimetry,
CT physics and image-guided therapies
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VCU Lab
Massey Cancer Center
Basement
Department of Radiation Oncology
Room B-080
Tel: [lab phone here]
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Summer 2008
Research Proposal
A complete dose study of double orbit
cone beam computed tomography slides Research article,
presented (July 15, 2008)
Phantom and in vivo measurements of dose exposure by image guided radiotherapy
(IGRT): MV portal images vs. kV portal images vs. cone beam CT Research
presentation (5 August 2008)
6th
Annual VCU-BBSI Closing Symposium, powerpoint slides
Dosimetry of double orbit cone beam computed tomograph (CT) as applied to image guided radiotherapy (IGRT)
Academic Year 2008-2009
Research Proposal
Calibrating the cone beam CT imaging system on the Varian Trilogy linear accelerator
Summer 2009
Research Proposal
A Comparison of Respiratory Motion Artifacts in 4D Fan Beam Computed Tomography and Cone Beam Computed Tomography
VCU Summit on Systems Biology 2009: The microbial world and beyond, poster presentation
Analysis of the stability of the Varian OBI(R) system flat panel detector
Research article, presented
July 2009
ED-B fibronectin expression in squamous cell carcinoma of the head and neck
Research presentation August 2009
7th
Annual VCU-BBSI Closing Symposium, powerpoint
Final Research Report
A comparison study of respiratory motion artifacts
in 4D fan beam and 4D cone beam computed tomography
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Prior
research
Characteristic interests and
activities
recipes/cooking, biking, black and white photography, world history, traveling, documentary films, tennis
Pertinent research articles
(annotated)
Literature Review
Current Status of the CBCT project at Varian Medical Systems
Calibration model of a dual gain flat panel detector for 2D and 3D x-ray imaging
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