Blackett Lab - Room 536
Agenda
Friday 23rd February 2001 | ||
Experiments at a cooling test facility: Chair H. Haseroth | ||
10h00 | A. Blondel | Introduction |
10h30 | A. Lombardi | What can we learn from the cooling experiment? |
10h45 | P. Gruber | Cooling channel sensitivity |
11h00 | K. Hanke | Beam Dynamics for a Cooling Experiment - (three scanned slides) |
11h20 | R. Scrivens | ICOOL vs path |
11h55 | G. Franchetti | Solenoidal Matching - Theoretical results (originals) |
12h15 | M.Giovannozzi | The standard approach to perform beam emittance measurements in a transfer line |
12h45 | H. Haseroth | Some basic reflections on the emittance measurement in the cooling channel: PDF, PS |
Beams and facilities: : Chair A. Lombardi | ||
14h45 | M.Giovannozzi | A possible layout for a muon test facility at the CERN-PS: the primary proton beam |
15h15 | R. Edgecock | High intensity muon facility at RAL |
15h45 | R. Edgecock | Muon beams at PSI - (two scanned transparencies) |
16h45 | M. A. Cummings | MUCOOL: Beams and test facilities |
17h15 | Glen Marshall | Muon beams at TRIUMF |
17h45 | J. Pasternak | Optics of the pion/muon beam line for the cooling experiment |
18h15 | K. Bongardt | A broad-band, loss free, m -cooling channel with 44 MHz RF cavities in the CERN TT1 tunnel - erratum - three transparencies. |
Muon Cooling Test Facility Meeting
Blackett Lab - Room 536
Agenda
Saturday 24th February 2001 | ||
Hardware and instrumentation for the cooling channel: : Chair R. Edgecock | ||
09h00 | A. Caldwell | Low energy muon cooling |
09h30 | F. Gerigk | Solenoids and Cavities |
10h00 | M. A. Cummings | Hydrogen absorbers |
10h30 | E. Mckigney | Scintillating fibre detectors |
11h00 | A. Blondel | Cherenkov detectors |
11h30 | Coffee | |
Experiments at a cooling test facility: Chair A. Blondel | ||
11h30 | All | Discussion |
? | A. Blondel | Summary |
? | Close |