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Status of Detector Characterization Kazuhiro Hayama (ICRR)

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Page 1: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

Status of Detector Characterization

Kazuhiro Hayama (ICRR)

Page 2: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

Scope● Detector diagnostics● Data quality● Veto analysis

Page 3: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

Tasks● Support to understand what is happening in KAGRA

– DetChar tools– Environmental monitor sensors and PEM injection– Study of environmental issues

● Data quality Information for operation, data analysis– To define DQ using DetChar tools

● Practice : iKAGRA data characterization

– Selection of channels to use for DQ– Distribution of DQ flag to collaborators

● Veto Information for data analysis– Multi-channel analysis

– Safe, unsafe channel analysis

Page 4: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

DetChar tools● Main monitors has been implemented● Dec 2016

– Command line tools for quick analysis

– Hands on session (will be held on 9 Dec)

– Documentation

● Jan ~ April 2017– Web based tools will be updated

– Daily summary page will be updated

– Test run, then updating again.

● Integrating tools by KGWG detchar

Page 5: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

5

IFI

KAGRA LayoutKAGRA Layout

5

MCF IMM

MCE

PRM PR3 PR2 BS

SR2

SR3

OMM

IYC

IYA

EYA

EYC

EYT

IXC IXA EXA EXC EXT

IMC REFL REFL

IMC TRANS

IMMT2T

POY

POX

POPPOS

TRY

TRX

AS

IO

MC

MMTPRMLSC ASC1ASC2AUX

PR2 BS SR2

IX1 PCX1

IY1

PCY1

EY2

EY3

EY4

EX2 EX3 EX4

table

chamber

rack

PSL

Server room

AS?

IMMT1T

1F温湿気地磁

温湿気x2温湿気磁x15

温湿気x2温湿気磁x15

温湿気

2F温湿気地磁

2F温湿気地磁

1F温湿気地磁

2F温湿気地磁

1F温湿気地磁

Y end

X end

BS,X,Y Front

Y arm

X arm

加加加

加加

加加加加

加加

加磁

Page 6: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

6

Environmental monitor sensors

● Seismometer (3)– Running at Center, X end– Plan to run at Yend in 2017

● Magnetometer (2)– Next week, run at the Center (for CRY)– 1 is broken. Sent back to the company

● Baro, Hygro, Thermometer (9,13,13)– Running at X arm using GIF DAQ– Will make more amps to run all.

● Arm mapping (Baro, Hygro, Thermo, magnetometers, not for accurate measurement)

● Microphone : – now selecting. Candidate:

● Accelerators – Plan to run in 2017

● Bruel and Kjaer 4130 microphone● Bruel and Kjaer 2642 microphone preamplifie

All below plan to run in June 2017

Page 7: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

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Data quality information

● All tools for DQ plan to be implemented in Feb 2017. (~90 % are implemented)

● DQ categorization (~ March) ● iKAGRA data characterization

– ~March 2017, analysis

– April~, report

● Glitch classification (~ middle 2017)● Safe channel, correlation will be explained by John Oh.

Provide info of - detector condition- whether data can be used for search or not

Page 8: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

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Veto study

● Multiple-channel analysis using iDQ(LSC tools), especially ANN

● CAGMon for correlation analysis● New development

– ChirpletMon

– ...

Page 9: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

Schumann resonance

● In collaboration with Virgo, LIGO

● Coincident measurement in July, 2016]

● Saw high coherence

● Succeeded to subtract it

Page 10: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

Water Newtonian Noise Estimation

(assuming a smooth surface for a water pipe and negligible transverse velocity)

water flow along an open channel

How do we check this?

sensitive to velocity

Nishizawa

O Sn ~ function of b^(-1/2)O Sn ~ function of v

Page 11: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

CDFConditionsMaterial: WaterInitial Velocity: 1000 mm/s Initial water surface height: 220+38 mmBoundary flow velocity:1000 mm/sAnalysis time: 10 sec

Result

Model

Time vs Vz Flow Velocity at(30,0,-700)

Φ443 mmL=1024 mmGroove width: 20 mmGroove height: 38 mm

(30,0,-700)

Water flow

Z Y

Kasuya (Titech)

Page 12: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

12

Current● [Next week] : Measurement of the magnetic field around the

cryostat at X front● [Started] run of hygrometer, barometer, thermometer at X arm

using GIF DAQ● [On going] : iKAGRA data characterization● [In progress] : Documentation of tools● [In progress] Water issue:

– From theoretical and simulation, not a big problem , but need measurement

– Continuous measurement of water gage of the pools

● [Finished] method to mitigate effects of Schumann resonance– Coincident measurement at KAGRA, Virgo, Poland, Colorado

– Proposed method to mitigate it worked well

Page 13: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

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DetChar Tools

2016 2017

10 11 12 1 2 3 4 5 6 7 8 9 10 11 12

Nonstat mon

Cmd doc

Boot Camp

Web tools

Summary page

Mon page

Test run

Add tools

documentation

Page 14: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

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2016 2017

10 11 12 1 2 3 4 5 6 7 8 9 10 11 12

温湿気

amp

connection

operation

Seismometer

Center, XE(1F)

location

Op(1F­>2F)

Y­end

Magnetometer

Amp,cabling

addition

ACC

MIC

review

more PEMs

PEM Injection

Environmental Monitors

Page 15: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

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Data Categorization2016 2017

10 11 12 1 2 3 4 5 6 7 8 9 10 11 12

iKAGRA DQ

DQ final report

CAGMON

­­Serial ver.

­­Parallel ver.

Etagen

­­installation

Safe Channel

­­hveto

­­Correlation

Glitch Class.

­­ANN

­­Bayes

Page 16: Status of Detector Characterization · 6 Environmental monitor sensors Seismometer (3) – Running at Center, X end – Plan to run at Yend in 2017 Magnetometer (2) – Next week,

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Glitches during iKAGRA test run