Review of Recent Applications of the FLUKA MC in High Energy and Accelerator Physics
Example of recent applications of FLUKA
LHC
Simulations carried on by the CERN FLUKA group
Estimate of radiation damage to low-level electronics of the RF system in the LHC cavities, produced from beam gas collisions.
Possible Radiation Effects
Simulation with FLUKA
Results
LHC: Conclusions on RF damage
Benchmark Studies of Induced Radioactivity Produced in LHC Materials
CERN-EU High-Energy Reference Field (CERF) facility
Beam Conditions
Details of Samples
Calculation of Induced Activity with FLUKA
Example of results: Titanium
Example of results: Concrete
LHC: Conclusions on activation study
Part 2: Radioactivity Produced in LHC Materials: Remanent Dose Rates
FLUKA Simulations
Results: Dose Rates in Copper
Results in Iron and Conclusions
Underground Physics
An application of FLUKA in Borexino@LNGS
Among the goals of CTF:
Simulation Plan
Results from the MC (1)
Results from the MC (2)
High Energy Cosmic Ray Physics
Underground Muons: the physics involved
Our simulation approach
Step 1: Atmospheric Shower Generation
Step 2: Transport in GS rock
First results: 1) expected event multiplicity distribution from extreme components
First results: 2) folding with full simulation
Applications to Space Radiation Protection
Galactic Cosmic Rays
August 1972 SPE - skin vs. internal organs
PowerPoint Presentation
General Conclusions
Author: G.Battistoni
E-mail: Giuseppe.Battistoni@mi.infn.it
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