Carlo Pagani(INFN Milano LASA), Paolo Pierini(INFN Milano LASA)
Description
This is the third meeting in a series where representatives of the three ILC regions discuss the collaborative engineering effort needed towards the definition of the ILC modules.
No specific work has been done on ILC, but the
inventory for XFEL modules is nearly complete. Rolf
confirms that by mid-february the data should be
available.
Speaker:
TBD
17:00
Magnetic shields configurations30m
Speakers:
Laura Monaco(INFN Milano LASA), Paolo Pierini(INFN Milano LASA)
Report from fabrication at Zanon of the type 3+ modules30m
Speaker:
Serena Barbanotti(INFN Milano LASA)
Slides
10:00
Module design and R&D activities in Pisa30m
Speaker:
andrea basti(INFN Sezione di Pisa)
Slides
10:30
Coffee break
30m
11:00
Activities on posts at INFN and DESY30m
Speaker:
Serena Barbanotti(INFN Milano LASA)
Slides
11:30
Activities on posts at DESY30m
Speaker:
Kay Jensch(DESY)
Slides
12:30
→
14:00
Lunch Break
1h 30m
14:00
→
18:00
Cryogenic aspects
14:00
Cryomodules as Part of the ILC Cryogenic System20m
You can download some of the most recent documents
for ILC cryogenics from
http://www.linearcollider.org/wiki/doku.php?
id=rdr:rdr_gs:cryogenic_systems
Speaker:
MrTom Peterson(FNAL)
Slides
14:20
ILC Cryomodule Piping10m
Speaker:
Laurent Jean Tavian(CERN)
Slides
14:30
Cryomodule heat loads -- latest estimates10m
Speaker:
TBD
14:40
Measuring cryomodule heat on a test stand or in a string20m
Speaker:
TBD
15:00
Cryomodule test stands20m
15:20
Helium flow rates and pressure drops as estimated for ILC20m
15:40
Cryomodule operation experience at TTF20m
16:00
Magnet cooling within the cryomodule10m
16:10
Magnet current leads10m
16:20
Are flow-induced vibrations a concern for ILC?10m
16:30
Cryomodule instrumentation -- both for prototype and also in the ILC10m
16:40
Cryomodule maximum allowable pressures for each circuit10m
16:50
Emergency venting with loss of vacuum, spacing of vacuum breaks10m
17:00
String end box features and issues10m
17:10
Possible trade-offs of cryomodule complexity with refrigeration size (do we need to worry about every Watt? Or is there a beneficial trade-off with some simplification of MLI, etc.)10m