Collimation project
Leader: R. Assmann
Project engineer: O. Aberle
Organization,
schedule, budget, milestones,
progress monitoring, design
decisions
Project steering
E. Chiaveri
report to
AB department
(S. Myers, LTC)
Beam aspects
R. Assmann,
LCWG
System
design, optics, efficiency,
impedance (calculation, measure-ment), beam impact, tolerances, diffusion, beam loss, beam tests, beam commissioning, functional specification (8/03), operational scenarios, support of operation
Energy
deposition, radiation
A. Ferrari
(collimator design,
ions)
J.B Jeanneret
(BLM’s,
tuning)
M. Brugger
M. Brugger
(radiation impact)
FLUKA,
Mars studies for energy
deposition around the rings.
Activation and handling
requirements.
Collimator
engineering &
HW support
O. Aberle
Sen. advice: P.
Sievers
Conceptual
collimator de-sign, ANSYS
studies, hardware commissioning,
support for beam tests,
series production, installation, maintenance/repair,
electronics&local
control, phase 2 collimator
R&D
Mechanical
eng-ineering
(EST)
Coord.: M.
Mayer
Engin.: A.
Bertarelli
Sen. designer: R.
Perret
Technical
specification, space
budget and mecha-nical
integration, thermo-mechanical
calculations and tests,
collimator mechanical design, prototype testing, prototype production, drawings for series production.
Resources/planning
R.
Assmann, E. Chiaveri,
M. Mayer, J.P. Riunaud
M. Mayer, J.P. Riunaud
Machine
Protection
R. Schmidt
Vacuum
M. Jimenez
Beam
instrum.
B. Dehning
Dump/kickers
B. Goddard
Integration into
operation
M. Lamont
Supply &
ordering
O. Aberle, A.
Bertarelli
Local
feedback
J. Wenninger
Controls
AB/CO
Electronics/radiation
T. Wijnands