Name: 3rd FLUKA Advanced Course and Workshop
Start: 2014-12-01T08:30:00+01:00
End: 2014-12-05T14:30:00+01:00
Location: No location set

Accurate Monte Carlo modeling of biomedical cyclotrons: optimization of FLUKA physics and transport parameters for dosimetry, shielding and activation calculations

Activation (Exercise 7)

Biasing (Exercise 6)

Code intercomparison and benchmark for muon fluence and absorbed dose induced by an 18 GeV electron beam after massive iron shielding

Comparisons of Prompt Radiation Fields and Material Activations Induced by Four Accelerators in Taiwan

Cosmic Rays

Energy deposition (Exercise 1)

Energy deposition (Exercise 1) cont

Essential Remarks

Flair

Flair Geometry Editor

FLUKA dose distribution simulations for TULIP, TUrning LInac for Protontherapy

FLUKA Simulations at the ISIS Facility

FLUKA simulations of the radiation environment at the CMS detector at the LHC

Geometry (Exercise 3 cont)

Geometry (Exercise 3)

Geometry I

Geometry II

Magnetic field (Exercise 4)

Materials and special scoring

Medical Applications

Monte Carlo simulation of the 60Co Calliope irradiation facility with FLUKA

Parallelization of Fluka simulations in hadrotherapy

Physics I Scoring

Physics II Thresholds

Programming User Routines

Radioactivity (Part I)

Radioactivity (Part II)

Registration

Shielding design for the electron tunning beam Dump

Simulation of Bremsstrahlung spectra in general targets and its application to a model of a laser-driven irradiation source

Simulation of the FERMI electron beam dump

Simulation Optimization

Special Sources (Part I)

Special Sources (Part II)

Status of the FAIR pbar target

Stopping Power, range, beam depletion, multiple scattering

Thresholds (Exercise 2)

Tracking in Magnetic Fields

Two Steps (Exercise 5)

Welcome and FLUKA Overview

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3rd FLUKA Advanced Course and Workshop