Scientific Programme

Welcome adress, Introduction & Scope of the workshop
by L. Rossi
Introduction to the session
by R. Assmann
Review of past estimations of the induced quench levels by beam losses in the LHC dipoles
by D. Leroy
Transient beam losses at injection and during beam dump
by B. Goddard
Multiturn beam losses
by G. Robert-Demolaize
Heat loads from beam
by V. Baglin
Heavy ion interactions with matter
by G. Smirnov
Ion operation and beam losses
by S. Gilardoni
LHC and magnet operation
by R. Schmidt
Quench levels and transient beam losses at HERA
by K. Wittenburg
Quench levels and transient beam losses at TEVATRON
by D. Still PRESENTATION CANCELED
Why do BLMs need to know the quench levels?
by B. Dehning
Quench levels – experience from magnet tests at CERN
by A. Siemko
MEB and magnet sorting criteria
by L. Bottura
Insertions magnets and IR radiation
by R. Ostojic
Thermal analysis and its experimental verification for the present and future IR triplets
by A. Zlobin
Understanding AC losses for LHC magnets
by D. Richter
Heat transfer in superconducting magnets
by R. Van Weelderen
Experiment for energy deposition in a target
by V. Kain
Case study: Energy deposition in superconducting magnets in IR6
by B. Goddard
Case study: Energy deposition in superconducting magnets in IR7
by V. Vlachoudis
Protecting Superconducting Magnets from Radiation at Tevatron, SSC, LHC and its upgrades.
by N.Mokhov
Thermal modelling of IR quadrupoles
by F. Broggi
Modelling stability on Nb-Ti cables; R&D on stability planned in the Cern cable test facility FRESCA
by A. Verweij
SPQR – could it contribute?
by M. Calvi
Liquid helium heat transfer in superconducting cables insulation of accelerator magnets
by B. Baudouy
Summary and Round Table Discussion : How to go on ?
With R. Assmann, L. Bottura, J.B. Jeanneret, K.H. Mess, P. Pugnat, R. Schmidt, A. Siemko
Closing remarks
by S. Myers

AMT - Beam generated heat deposition and quench levels for LHC magnets

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Scientific Programme