|
Size: 8548
Comment:
|
Size: 8896
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 27: | Line 27: |
| * Tunnel (TUN/TU): ''Tunnel design, Underground lab area, Access tunnel, and Safety''<<BR>> * Facility (FCL/FA): ''TBD''<<BR>> * Vacuum (VAC/VA): ''Two beam tubes, Chambers, Baffles, Beam targets, Layout, and Pumps''<<BR>> * Cryogenic (CRY/CR): ''Cryostat, Shield, Cryo duct, Cryo-cooler; Cryo-suspension, and Heat link''<<BR>> * Vibration Isolation (VIS/VI): ''Four Type-A systems, Seven Type-B systems, and Several Type-C systems''<<BR>> * Mirror (MIR/MI): ''23kg Sapphire mirrors, Silica BS, Small Silica mirrors for PRC, SRC, MC, OMC''<<BR>> * Laser (LAS/LA): ''180W laser, 10-50W laser for iKAGRA, Laser control system, and Optics for lasers''<<BR>> * Main Interferometer (MIF/IF): ''MIF design (length, RoC, layout), LSC, ASC, Lock acquisition, and Commissioning''<<BR>> * Input/Output Optics (IOO/IO): ''Input optics between laser and PRM, and Output optics including OMMT and OMC''<<BR>> * Auxiliary Optics (AOS/AO): ''All the optical systems that are not included in MIF or IOO''<<BR>> * Analog Electronics (AEL/EL): ''TBD''<<BR>> * Digital (DGS/DG): ''Real-time control, Data acquisition, IFO tuning, Automatic operation, and Information collection''<<BR>> * Data Analysis (DAS/DA): ''Management of observation data''<<BR>> * Geophysics Interferometer (GIF/GI): ''Baseline interferometer and Arrangement of sensors and benchmarks''<<BR>> |
* Tunnel (TUN/TU): ~-''Tunnel design, Underground lab area, Access tunnel, and Safety''-~<<BR>> * Facility (FCL/FA): ~-''TBD''-~<<BR>> * Vacuum (VAC/VA): ~-''Two beam tubes, Chambers, Baffles, Beam targets, Layout, and Pumps''-~<<BR>> * Cryogenic (CRY/CR): ~-''Cryostat, Shield, Cryo duct, Cryo-cooler; Cryo-suspension, and Heat link''-~<<BR>> * Vibration Isolation (VIS/VI): ~-''Four Type-A systems, Seven Type-B systems, and Several Type-C systems''-~<<BR>> * Mirror (MIR/MI): ~-''23kg Sapphire mirrors, Silica BS, Small Silica mirrors for PRC, SRC, MC, OMC''-~<<BR>> * Laser (LAS/LA): ~-''180W laser, 10-50W laser for iKAGRA, Laser control system, and Optics for lasers''-~<<BR>> * Main Interferometer (MIF/IF): ~-''MIF design (length, RoC, layout), LSC, ASC, Lock acquisition, and Commissioning''-~<<BR>> * Input/Output Optics (IOO/IO): ~-''Input optics between laser and PRM, and Output optics including OMMT and OMC''-~<<BR>> * Auxiliary Optics (AOS/AO): ~-''All the optical systems that are not included in MIF or IOO''-~<<BR>> * Analog Electronics (AEL/EL): ~-''TBD''-~<<BR>> * Digital System (DGS/DG): ~-''Real-time control, Data acquisition, IFO tuning, Automatic operation, and Information collection''-~<<BR>> * Data Analysis (DAS/DA): ~-''Management of observation data''-~<<BR>> * Geophysics Interferometer (GIF/GI): ~-''Baseline interferometer and Arrangement of sensors and benchmarks''-~<<BR>> |
| Line 42: | Line 42: |
| ||<style="border: none; color: #80FF80; font-weight: bold;"> Allocation of items to each subsystem is [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=***|here|width=300]].|| | ||<style="border: none; color: gray; font-weight: bold;"> A list of allocated items to each subsystem is [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/DocDB/ShowDocument?docid=1084|here|width=300]].|| |
| Line 63: | Line 63: |
| <<BR>> | ||<style="border: none; color: gray; font-weight: bold;"> An interface item table at a glance is [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/DocDB/ShowDocument?docid=987|here|width=300]].|| |
| Line 68: | Line 68: |
| * [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=685|Layout]] (VAC,MIF,AOS,IOO, etc.) | * [[Interface/Layout|Layout]] (VAC,MIF,AOS,IOO, etc.) |
| Line 70: | Line 70: |
| * [[???|Interlock]] (MIF,IOO,LAS, etc.) * [[???|Detector diagnostics]] (MIF,DAS, etc.) |
* [[LCGT/Meeting/Instrument|Interlock]] (MIF,IOO,LAS, etc.) * [[Interface/DetectorDiagnostics|Detector diagnostics]] (MIF,DAS, etc.) * [[???|Connectors]] (VAC,CRY,DGS etc.) |
| Line 76: | Line 77: |
| * Parameter list is [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=***|here]]. | * Parameter list is [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/DocDB/ShowDocument?docid=1082|here]]. * Glossary is [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/DocDB/ShowDocument?docid=1083|here]]. |
| Line 82: | Line 85: |
| * Tolerance is given for some of the parameters by calculating the robustness of the sensitivity. See [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=***|here]]. | * Tolerance is given for some of the parameters by calculating the robustness of the sensitivity. See [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/DocDB/ShowDocument?docid=1081|here]]. |
| Line 87: | Line 90: |
| * The target duty factor of KAGRA is '''80%'''. Breakdown of the time loss is shown [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=932|here]]. | * The target duty factor of KAGRA is '''80%'''. Breakdown of the time loss is shown [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/DocDB/ShowDocument?docid=932|here]]. |
| Line 92: | Line 95: |
| * [[LCGT/Meeting/Reviews/External|External Review documents]] * [[https://granite.phys.s.u-tokyo.ac.jp/svn/LCGT/trunk/mif/doc/DesignDocument/|MIF design document]] * [[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=570|Cryo-payload parameters]]. |
* ~-[[LCGT/Meeting/Reviews/External|External Review documents]]-~ * ~-[[https://granite.phys.s.u-tokyo.ac.jp/svn/LCGT/trunk/mif/doc/DesignDocument/|MIF design document]]-~ * ~-[[http://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/DocDB/ShowDocument?docid=570|Cryo-payload parameters]].-~ |
KAGRA Interface Control
Contents
2. Table of the interface items between subsystems
3. Working groups for important interface issues
6. Duty factor
7. Reference
1. Scope of each subsystem
Tunnel (TUN/TU): Tunnel design, Underground lab area, Access tunnel, and Safety
Facility (FCL/FA): TBD
Vacuum (VAC/VA): Two beam tubes, Chambers, Baffles, Beam targets, Layout, and Pumps
Cryogenic (CRY/CR): Cryostat, Shield, Cryo duct, Cryo-cooler; Cryo-suspension, and Heat link
Vibration Isolation (VIS/VI): Four Type-A systems, Seven Type-B systems, and Several Type-C systems
Mirror (MIR/MI): 23kg Sapphire mirrors, Silica BS, Small Silica mirrors for PRC, SRC, MC, OMC
Laser (LAS/LA): 180W laser, 10-50W laser for iKAGRA, Laser control system, and Optics for lasers
Main Interferometer (MIF/IF): MIF design (length, RoC, layout), LSC, ASC, Lock acquisition, and Commissioning
Input/Output Optics (IOO/IO): Input optics between laser and PRM, and Output optics including OMMT and OMC
Auxiliary Optics (AOS/AO): All the optical systems that are not included in MIF or IOO
Analog Electronics (AEL/EL): TBD
Digital System (DGS/DG): Real-time control, Data acquisition, IFO tuning, Automatic operation, and Information collection
Data Analysis (DAS/DA): Management of observation data
Geophysics Interferometer (GIF/GI): Baseline interferometer and Arrangement of sensors and benchmarks
A list of allocated items to each subsystem is here. |
2. Table of the interface items between subsystems
|
TU |
FA |
VA |
CR |
VI |
MI |
LA |
IF |
IO |
AO |
EL |
DG |
DA |
GI |
TU |
-- |
|||||||||||||
FA |
-- |
|||||||||||||
VA |
-- |
|||||||||||||
CR |
-- |
|||||||||||||
VI |
-- |
|||||||||||||
MI |
-- |
|||||||||||||
LA |
-- |
|||||||||||||
IF |
-- |
|||||||||||||
IO |
-- |
|||||||||||||
AO |
-- |
|||||||||||||
EL |
-- |
|||||||||||||
DG |
-- |
|||||||||||||
DA |
-- |
|||||||||||||
GI |
-- |
An interface item table at a glance is here. |
3. Working groups for important interface issues
Layout (VAC,MIF,AOS,IOO, etc.)
Cabling (VIS,CRY, etc.)
Interlock (MIF,IOO,LAS, etc.)
Detector diagnostics (MIF,DAS, etc.)
Connectors (VAC,CRY,DGS etc.)
4. Parameter list
5. Requirements and tolerance
Requirements are given in the parameter list. Each parameter must be not so far from the required value as to deteriorate the sensitivity by less than 1%.
Tolerance is given for some of the parameters by calculating the robustness of the sensitivity. See here.
6. Duty factor
The target duty factor of KAGRA is 80%. Breakdown of the time loss is shown here.