Dr
R. Schmidt
24/05/2005, 09:10
Presentation
For the LHC to provide particle physics with proton-proton collisions
at the centre of mass energy of 14 TeV with a luminosity of 10^34 cm-
2s-1, the machine will operate with high-field dipole magnets using
NbTi superconductors cooled to below the lambda point of helium. In
order to reach design performance, the LHC requires both, the use of
existing technologies pushed to the limits...
Mr
S. Grillot
(CERN)
24/05/2005, 09:50
LHC Installation, comissioning and operation from CCC
Presentation
The start of the LHC installation in 2002 followed immediately the LEP dismantling.
The first phase, i.e. the general services installation which is drawing to a close
has involved about ten different trades, distributed in seven Groups all working with
different types and sizes of contracts. This task has been planned and coordinated by
the Installation Coordination Group of the TS...
Mrs
K. Foraz
(CERN)
24/05/2005, 10:10
LHC Installation, comissioning and operation from CCC
Presentation
More than 80’000 tons of materials have to be transported and installed down into the
LHC tunnel. The magnet assemblies which represent about 50’000 tons, will be
transported according to the master schedule between March 2005 and November 2006.
Considering that these about 1’800 cryo-magnets will be transported at a maximum
speed of 3 km/h in a narrow tube (where installation works and...
Mr
M. VADON
24/05/2005, 10:30
LHC Installation, comissioning and operation from CCC
Presentation
La coordination de sécurité pour l'installation du LHC et de ses expériences a été
mise en place lors du démantèlement du LEP. Depuis, les contractants et les
surveillants de chantier ont fait beaucoup de progrès en matière de sécurité et les
procédures en vigueur sont maintenant suivies. Néanmoins, des accidents et incidents
se produisent encore et pourraient être facilement évités. Un...
