JGW-T1910359-v2

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ASC simulations for O3 SRM transmission, SRC Gouy phase shift and ITM transmission asymmetry

Document #:
JGW-T1910359-v2
Document type:
T
Submitted by:
Yuta Michimura
Updated by:
Yuta Michimura
Document Created:
20 Jun 2019, 13:10
Contents Revised:
28 Aug 2019, 20:17
DB Info Revised:
28 Aug 2019, 20:19
Viewable by:
Modifiable by:
Other Versions:
JGW-T1910359-v1
21 Jun 2019, 13:21
JGW-T1910359-v0
21 Jun 2019, 11:09
Abstract:
Report on the effects of O3 SRM transmission, SRC Gouy phase shift and ITM transmission asymmetry to ASC sensing noise.
Optickle simulation for the following configurations were done:

* Nominal BRSE at the time of Aso 2013 (PRM input power 77.5 W), but with T_PRM = 10.35%
https://journals.aps.org/prd/abstract/10.1103/PhysRevD.88.043007
https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=5744

* Nominal BRSE with updated PRM input power to 65 W (670 W at BS)
https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=7038

* BRSE with T_SRM=30%, PRM input power 1 W (O3 SRM transmission, 10 W at BS)

* BRSE with T_SRM=30%, PRM input power 1 W, SRC one-way Gouy phase 48deg/2 (by changing SR2-SR3 length by +4 cm)
https://klog.icrr.u-tokyo.ac.jp/osl/?r=9246

* BRSE with T_SRM=30%, PRM input power 1 W, SRC one-way Gouy phase 48deg/2, T_ITMX=0.444%, T_ITMY=0.479%
https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=10352

===
From v2, I have added following ASC Optickle simulation with configurations

* PRFPMI with T_SRM=100%, PRM input power 1 W, SRC one-way Gouy phase 48deg/2, T_ITMX=0.444%, T_ITMY=0.479%
* SRFPMI with T_SRM=30%, 10 W at BS, SRC one-way Gouy phase 48deg/2, T_ITMX=0.444%, T_ITMY=0.479%
* FPMI with T_SRM=100%, 10 W at BS, SRC one-way Gouy phase 48deg/2, T_ITMX=0.444%, T_ITMY=0.479%

The whole ASC sensing matrices and Gouy phase dependence of the signals are zipped in O3ASCOptickleSimulations.zip.


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