Speaker
Andrey Abramov
(CERN)
Description
A conceptual design for a collimation system in the FCC-ee is currently under preparation. The current focus is the design of a betatron and off-momentum collimation system, housed in a single insertion. The latest collimation configuration under study is presented. The development of collimation simulation frameworks for the FCC-ee is covered. The frameworks are based on a coupling between a particle tracking code, pyAT and Xtrack, and a Monte Carlo particle-matter interaction code, BDSIM (Geant4). Benchmarks against the SixTrack-FLUKA coupling framework without radiation and tapering, and preliminary loss maps with synchrotron radiation and tapering are presented, including a discussion of the results and future plans.
Primary authors
Andrey Abramov
(CERN)
Felix Simon Carlier
(EPFL)
Frank Zimmermann
(CERN)
Giacomo Broggi
(Politecnico di Milano (IT))
Giovanni Iadarola
(CERN)
Laurie Nevay
(Royal Holloway University of London)
Maitreyee Mahasweta Moudgalya
(EPFL - EPF Lausanne)
Michael Hofer
(CERN)
Milica Rakic
Roderik Bruce
(CERN)
Simon White
(ESRF)
Stefano Redaelli
(CERN)
Tatiana Pieloni
(EPF Lausanne)
