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Displaying 9 speakers out of 9
BLAKE REGINALD WALTERS (Canada)
Lecture 11: BEAMnrc sources and component modules
Lecture 15: Phase space file with beamdp
Lab 7: Investigate Variance Reduction in BEAMnrc
Lab 8: Create your own BEAMnrc accelerator
Lecture 17: DOSXYZnrc dose calculation in a phantom
Lecture 19: DOSXYZnrc calculations with CT input
Lab 10: Run advanced DOSXYZnrc simulations
Lab 4: Run BEAMnrc simulations
DAVID WILLIAM OLIVER ROGERS (Carleton University, Canada)
Lecture 1: History of Monte Carlo, EGS, and BEAM
Lecture 6: Restricted stopping powers, AE, and AP
Lecture 10: BEAMnrc introduction and main inputs
ERNESTO MAINEGRA HING (National Research Council of Canada)
Lecture 5: Photon Physics
Lecture 7: PEGS4 data sets, pegsless mode, and examin
Lab 2: Create and Examine PEGS4 data sets
Lab 9: Calculate dose in a phantom with DOSXYZnrc
Lecture 24: EGSnrc scoring and egs++ ausgab objects
Lab 12: Investigate egs++ sources and ausgab scoring objects
Lecture 29: egs++ applications: egs_kerma, egs_cbct
Lab 15: Model CBCT scans of a human head using egs_cbct
Lecture 31: FLURZnrc, SPRRZnrc and g
FRÉDÉRIC OLIVIER PIERRE TESSIER (National Research Council Canada)
Lecture 3: Introduction to the Monte Carlo method
Lecture 8: Electron Physics
Lecture 22: egs++: the EGSnrc++ library and geometries
Lab 11: Build an ionization chamber model in egs++
Lecture 26: egs++ applications: egs_chamber
Lab 13: Calculate chamber correction factors with egs_chamber
Lecture 28: Advanced variance reduction techniques in egs_chamber
Lab 14: Variance reduction techniques with egs_chamber
HUGO BOUCHARD (University of Montreal Canada)
Lab 1: Getting Started: run your first EGSnrc application
Lab 3: Vary Transport Parameters
Lecture 12: Statistical uncertaintly in EGSnrc applications
Lab 5: Explore calculation efficiency and variance reduction
Lecture 33: Dosimetry applications
Lab 18: Study ionization chamber dose response
Lecture 14: Phase space files
IWAN KAWRAKOV (Bulgaria)
Lecture 2: History of EGSnrc and egs++
Lecture 9: Monte Carlo transport parameters
Lecture 13: Variance Reduction Techniques
Lecture 16: Variance Reduction in BEAMnrc
PATRICIA OLIVER (QEII Health Sciences Centre Canada)
Lecture 21: Fundamental Geometry Definition: howfar and hownear
Lecture 30: egs++ applications: egs_brachy
Lab 16: Model an LDR brachytherapy treatment with egs_brachy
Lecture 32: Medical Physics Applications
Lab 17: Model dynamic geometries and sources
REID TOWNSON (National Research Council of Canada)
Lecture 4: What's in an EGSnrc application?
Lecture 18: Dose analysis and visualization tools
Lecture 20: Phase space sources and BEAMnrc simulations
Lecture 23: egs++ particle sources
Lecture 25: egs++ applications
Lecture 34: Automation of EGSnrc simulations
Lab 19: Automate EGSnrc simulations
Lab 6: Analyze phase space files with beamdp
ROBERTO MARIO CAPOTE NOY (IAEA NAPC-Nuclear Data Section, Austria)
Opening: Course welcome and presentation of lecturers

Organizers

Luciano Bertocchi (ICTP, Italy), Roberto Capote (IAEA, Austria), David W.O. Rogers (Carleton University, Canada), Frédéric Tessier (NRC, Canada), Local Organiser: Marco Esposito (ICTP)

Co-sponsors