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Monte Carlo Workshop for Radiotherapy, Imaging and Radiation Protection

6–8 Dec 2019
Australia/Sydney timezone

Contribution List

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  1. 1. Registration - Building 32.G01, UOW Main Campus, Wollongong
    06/12/2019, 08:00
  2. 16. Introduction
    Susanna Guatelli
    06/12/2019, 08:50
  3. 45. Welcome speech by the Dean of UOW Engineering and Information Sciences
    Prof. Valerie Linton (University of Wollongong)
    06/12/2019, 09:00

    Speech by Prof. Valerie Linton

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  4. 2. The Centre For Medical Radiation Physics, Wollongong University
    Anatoly Rozenfeld (University of Wollongong)
    06/12/2019, 09:15
  5. 4. Geant4-DNA: recent developments
    Sebastien Incerti (CNRS/IN2P3)
    06/12/2019, 09:45
  6. 5. Geant4-DNA: Development of low energy cross sections for water and gold
    Ioanna Kyriakou (Ioannina University)
    06/12/2019, 10:15
  7. 6. Evaluation of ionizing radiation induced early DNA damage on a cell nucleus by integrated track structure Monte Carlo simulations using Geant4-DNA
    Dousatsu Sakata (NIRS, Japan)
    06/12/2019, 11:00
  8. 7. Mechanistic modelling of biological responses to radiation-induced damage
    Stephen McMahon (Queen's University Belfast)
    06/12/2019, 11:30
  9. 8. Microdosimetry with Geant4 for Quality Factor Estimates
    Ioanna Kyriakou (Ioannina University)
    06/12/2019, 12:00
  10. 10. Quantitative estimation of biological effects after irradiation by MPEXS-DNA
    Shogo Okada
    06/12/2019, 13:30
  11. 11. GPU acceleration of Monte Carlo dose calculation for proton therapy
    Ye Chen (KEK, Japan)
    06/12/2019, 14:10
  12. 12. Validation of Geant4 for microdosimetry applications
    David Bolst (Wollongong University)
    06/12/2019, 14:40
  13. 13. Geant4 simulations for microdosimetry in BNCT
    James Vohradsky (University of Wollongong)
    06/12/2019, 15:10
  14. 17. Geant4 simulations for microdosimetry in Fast Neutron Therapy
    James Vorahdsky (Wollongong University)
    06/12/2019, 16:00
  15. 18. Evaluation of novel organic materials for microdosimetry
    Matthew Large (Wollongong University)
    06/12/2019, 16:30
  16. 19. Geant4-based microdosimetry for astronauts' radiation protection
    Stefania Peracchi (Wollongong University)
    06/12/2019, 17:00
  17. 21. Low-energy Auger and conversion electron spectroscopy of medical isotopes
    Bryan Tee (Australian National University)
    07/12/2019, 09:30
  18. 22. X-ray fluorescence with ANSTO libraries
    Samer Bakr (Wollongong University)
    07/12/2019, 10:00
  19. 20. NS_Radlist – a new atomic radiation data base for basic science and applications
    Tibor Kibedi (Australian National University)
    07/12/2019, 10:50
  20. 23. Improved total reaction cross section models for Geant4
    Edward Simpson (Australian National University)
    07/12/2019, 11:20
  21. 25. G4-Med: a benchmarking system for Geant4 in medical physics
    Susanna Guatelli
    07/12/2019, 11:50
  22. 26. Validation of the Geant4 radioactive decay and emission of Auger electrons
    Samer Bakr (Wollongong University)
    07/12/2019, 12:05
  23. 27. Geant4 studies for brachytherapy Quality Assurance
    Dean Cutajar (Wollongong University)
    07/12/2019, 13:25
  24. 28. Geant4 studies for protontherapy Quality Assurance
    Brad Oborn (Wollongong University)
    07/12/2019, 13:55
  25. 30. Monte-Carlo calculations of kQ at the Australian Primary Standards Dosimetry Laboratory
    Max Hanlon (ARPANSA)
    07/12/2019, 14:25
  26. 31. Adaptation of ICRP 110 Geant4 Human Phantom for Molecular Radiation Therapy Dosimetry
    Muhammad Salman
    07/12/2019, 14:55
  27. 32. Geant4 Development and Applications in Nuclear Well Logging
    Qiong Zhang (University of Electronic Science and Technology)
    07/12/2019, 15:35
  28. 33. A Geant4 simulation of cosmogenic radionuclide production in sodium iodide for the SABRE dark matter experiment
    Yi Yi Zhong (Australian National University)
    07/12/2019, 16:05
  29. 34. Evaluating the lineal energy and secondary particle yields in a FinFET structure
    Rick Chiang
    07/12/2019, 16:35
  30. 35. Simulating Betavoltaic Cells for Cubesat Space Applications
    Raymond Zhou (University of New South Wales)
    07/12/2019, 17:05
  31. 38. In-Silico Optimisation of Tileable SiPM Based Monolithic Scintillator Detectors for SPECT Applications
    Jeremy Brown
    08/12/2019, 09:00
  32. 37. Risk of radiation-induced breast cancer in phase-contrast mammography
    Vincent Beaudox (Bordeaux University)
    08/12/2019, 09:30
  33. 39. Towards Actively Collimated Multi-tracer Imaging (ACMI): A MR compatible active collimation element for high performance simultaneous PET/SPECT imaging at the human scale
    Jeremy Brown
    08/12/2019, 10:00
  34. 41. NEMA-NU 2-2012 Validation of a Geant4 Model of a Whole-Body Prototype PET Scanner with Four-Layer Depth-of-Interaction Detectors
    Abdella Ahmed (ANSTO)
    08/12/2019, 11:00
  35. 44. Monte Carlo simulations for in-vivo PET in Heavy Ion Therapy
    Andrew Chacon (University of Wollongong)
    08/12/2019, 11:30
  36. 42. Geant4 study for dose reconstruction in hadron therapy using in-vivo PET
    Harley Rutherford (Wollongong University)
    08/12/2019, 12:00
  37. 46. Final remarks
    Susanna Guatelli
    08/12/2019, 12:30
  38. 24. Benchmarking Monte Carlo codes
  39. 15. cn
  40. 43. Final remarks
    Susanna Guatelli
  41. 36. Framework for image quality and physical dose predictions of arbitrary CBCT source-detector trajectories using GATE
    Tom Russ (Heidelberg University)
  42. 3. Geant4-DNA: recent developments
    Sebastien Incerti (CNRS/IN2P3)
  43. 40. GEANT: A useful tool for different branches of science
    Nagendra Mondal (Department of Physics, Techno International –Batanagar (Techno India Group))
  44. 9. Gold nanoparticle radio-enhancement in kilovoltage X-ray radiotherapy: in-silico determination of cell survival curves using novel Geant4-DNA physics models for gold and Local Effect Model
    Susanna Guatelli
  45. 14. New methods for the Linear Energy Transfer (LET) and Relative Biological Effectiveness (RBE) calculation by using Geant4 Monte Carlo code
    Giada Petringa (LNS, INFN)
  46. 29. TBA
    Sam Blake (Sydney University)