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Detailed timetable
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ILC ML & SCRF Baseline Technical Review (ML & SCRF BTR)
from
to
(Japan)
at KEK Tsukuba ( The 4th Building Seminar Hall )
at KEK Tsukuba ( The 4th Building Seminar Hall )
1-1 Oho, Tsukuba, 305-0801, Japan
| Description |
The meeting is to be organized as a step for the ILC Global Design Effort (ILC-GDE) to reach the Technical Design Report by the end of 2012. The GDE project management and KEK Linear Collider Office will co-chair the meeting to coordinate the ILC ML & SCRF Baseline Technical Review (ML & SCRF BTR). |
| Material |
Go to day
-
-
09:00 - 10:15
Welcome Address & Guideline for Main Linac and SCRF
Convener: Dr. Marc Ross (FNAL) - 10:15 - 10:45 Meeting Photo/Coffee/Tea
-
10:45 - 12:15
ML Integration
Convener: Chris Adolphsen (SLAC) -
10:45
Open issues on linac design
10'
Speaker: Chris Adolphsen (SLAC) Material: Slides
-
10:55
Beam dynamics
25'
Material: Slides
-
Lattice configuration, Quadrupole/BPM location/periodicity, alignment, and tune-ability
15'
Speakers: Kaoru Yokoya (KEK), Dr. Kiyoshi Kubo (KEK) -
Bunch spacing limit
10'
Speaker: Benno List (DESY)
-
Lattice configuration, Quadrupole/BPM location/periodicity, alignment, and tune-ability
15'
-
11:20
Availability and reserved tunnel-extension
15'
3 % longer (400 m) tunnel empty or equipped?
Speaker: Dr. Eckhard Elsen (DESY) Material: Slides
-
11:35
Progress and status of ML CFS design and requests for ML and SCRF
20'
Speaker: Mr. Victor Kuchler (Fermilab) Material: Slides
-
11:55
Comments from Cost Group
10'
Speaker: Gerald Dugan (Cornell University) -
12:05
Discussion
10'
-
10:45
Open issues on linac design
10'
- 12:15 - 13:30 Lunch
-
13:30 - 15:15
HLRF/LLRF
Conveners: Dr. Shigeki Fukuda (KEK), Dr. Christopher Nantista (SLAC) -
13:30
KCS/RDR-unit RF system configuration in Low-Power Baseline and High-Power Upgrade
30'
Speakers: Dr. Christopher Nantista (SLAC), Dr. Shigeki Fukuda (KEK) Material: HLRF-KCS
HLRF-RDR-like
-
14:00
LLRF overhead w/gradient spread in Low- and High-Power schemes
15'
Speaker: Dr. Shin Michizono (KEK) Material: Slides
-
14:15
Marx generator
15'
Speaker: Chris Adolphsen (SLAC) Material: Slides
-
14:30
Tunable power distribution system
10'
Speaker: Chris Nantista (SLAC) -
14:40
AC power and cooling requirements
10'
Speakers: Chris Nantista (SLAC), Shigeki Fukuda (KEK) -
14:50
Comments from Cost Group
5'
Speaker: Gerald Dugan (Cornell University) -
14:55
Discussion
20'
-
13:30
KCS/RDR-unit RF system configuration in Low-Power Baseline and High-Power Upgrade
30'
- 15:15 - 15:45 Coffee/Tea
-
15:45 - 17:45
Cryomodule Fabrication and Assembly
Convener: Paolo Pierini (INFN Milano LASA) -
15:45
Cryomodule envelope/interface
30'
Speaker: Paolo Pierini (INFN Milano LASA) Material: Slides
-
16:15
CM-string configuration matched to TDR RF-unit
20'
-
16:35
Simplification of 5K radiation-shield, accessibility, flow reversal or not
15'
-
16:50
Split-yoke and conduction-cooled SC quadrupoles
15'
Speakers: Vladimir Kashikhin (Fermilab), Akira Yamamoto Material: Slides
-
17:05
Alignment scheme with EXFEL approach
10'
-
17:15
Comments from Cost group
10'
Speaker: Gerald Dugan (Cornell University) -
17:25
Discussion
20'
-
15:45
Cryomodule envelope/interface
30'
-
09:00 - 10:15
Welcome Address & Guideline for Main Linac and SCRF
-
-
08:00 - 09:00
CAD EDMS ad hoc meeting
Convener: Dr. Benno List (University of Hamburg) Material: slides
-
09:00 - 09:40
Cryogenics
Convener: Mr. Tom Peterson (FNAL) -
09:00
Locations, numbers of cryogenics plants, and a limit for tilting ML tunnel
15'
Speaker: Mr. Tom Peterson (FNAL) Material: Slides
-
09:15
Capacity optimization and heat balance with crymodule heat-load
10'
-
09:25
Comments from Cost Group
5'
Speaker: Gerald Dugan (Cornell University) -
09:30
Discussion
10'
-
09:00
Locations, numbers of cryogenics plants, and a limit for tilting ML tunnel
15'
- 09:40 - 10:00 Coffee/Tea
-
10:00 - 12:15
Cavity Integration, and Cavity/CM performance tests
Convener: Hitoshi Hayano (KEK) -
10:00
Cavity envelope/interface
30'
-
10:30
Tuner, coupler, beam-flange, magnetic shield, and LHe tank
30'
Material: Slides
-
11:00
Cavity delivery condition with LHe-tank
15'
-
11:15
Power coupler conditioning strategy
15'
-
11:30
Cavity and Cryomodule performance test: What and which fraction to be tested?
15'
Material: Slides
-
11:45
Comments from Cost Group
10'
Speaker: Gerald Dugan (Cornell University) -
11:55
Discussion
20'
Material: Pre-closing Remarks
-
10:00
Cavity envelope/interface
30'
- 12:15 - 13:30 Lunch
-
13:30 - 15:00
Cavity gradient
Convener: Dr. Rongli Geng (Jefferson Lab) -
13:30
Cavity production and process recipe
25'
Speaker: Dr. Rongli Geng (Jefferson Lab) Material: Slides
-
13:55
Define production yield including new parameters such as radiation
15'
Speakers: , Camille Ginsburg (Fermilab) Material: Slides
-
14:10
Data accumulation of gradient degradation after assembly into the cryomodule
20'
Speaker: Nick Walker (DESY) Material: Slides
-
14:30
How to overcome the gradient degradation in operation?
20'
Speaker: Akira Yamamoto (KEK) -
14:40
Discussion
20'
-
13:30
Cavity production and process recipe
25'
- 15:00 - 15:30 Coffee/Tea
-
15:30 - 17:45
General Discussions and conclusion
Convener: Nicholas Walker (DESY) -
15:30
Current status for SCRF costing overview
30'
Speaker: Gerald Dugan (Cornell University) -
16:00
Summary of discussions and decisions
45'
Speaker: Prof. Akira Yamamoto (KEK) Material: Slides
-
16:45
TDR SCRF outline and writing task
30'
Speaker: Mr. John Carwardine (Argonne) Material: Slides
-
17:15
Closing remarks
15'
Speakers: Dr. Marc Ross (FNAL), Dr. Barry Barish (GDE)
-
15:30
Current status for SCRF costing overview
30'
-
08:00 - 09:00
CAD EDMS ad hoc meeting
