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1 Status Report Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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Page 1: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

1

Status ReportStatus Report

Jieun KimKyungpook National University

RENO MC Simulation Meeting

(Jun 22, 2006)

Page 2: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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OutlineOutline

1) Download & install

“MyGLG4sim” – full detector simulation

2) Check out the output

(basically, followed up the status talk files of Dr. E.J.Jeon)

(but, before gadolinium support, yet)

2) Plan

Page 3: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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MyGLG4sim (HowTo)MyGLG4sim (HowTo)

Linux version (at present in KNU)

-> FedoraCore-5, kernel-2.6.15-1, -> gcc version 4.1.0 20060304 (Red Hat 4.1.0-3)

Download & Install

1) root_v5.11.04.source.tar.gz

2) clhep-1.8.2.0.tgz

3) geant4.6.2.p02.gtar.gz

4) geatn4-data_files

5) glg4sim_0_9_5.tar.gz

6) MyGLG4sim.tar.gz (full detector simulation)

http://hepweb.knu.ac.kr/neutrino/renosim/renosim.html

Page 4: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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Target vessel

Gamma catcher

Buffer tank

Veto tank

Cavern (Tunnel arch + pit)

Rock

5000

3750

3750

7500

8750

9250

1800

200012001400

500

Page 5: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

target vessel : scintillator 구성 물질

mineral oil 80%

pseudocumene 20% PPO fraction 1.5g/l gadolinium 0.1% -> check

Page 6: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

p

νe

e+

e-

γ(0.511MeV)

γ(0.511MeV)

n

Gd

γ

γ γ

γ

E ~ 8MeV

30μs

prompt signal

Delayed signal

Inverse Beta Decay Event

Page 7: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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MyGLG4sim (Full Detector MyGLG4sim (Full Detector Simulation)Simulation)

Page 8: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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Generator Level (1000 events)Generator Level (1000 events) Anti-neutrinoAnti-neutrino

positionposition

momentummomentum

Page 9: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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Generator Level (1000 events)Generator Level (1000 events) e+e+

momentummomentum

positionposition

Page 10: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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Generator Level (1000 events)Generator Level (1000 events) NeutronNeutron

positionposition

momentummomentum

Page 11: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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Generator Level (1000 events)Generator Level (1000 events)

Kinetic Energy Dist.Kinetic Energy Dist.

e+e+

Anti-neutrinoAnti-neutrino neutronneutron

Page 12: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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PlanPlan

1. Need to study more on the physics process

2. Need to think what variables we can look at

3. Need to understand more on the code behavior

4. Make sure for Gd support on the code

5. Look at variables before & after detector simulation

Page 13: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

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BackUpBackUp

Page 14: 1 Status Report Jieun Kim Kyungpook National University RENO MC Simulation Meeting (Jun 22, 2006)

Radius HeightThickne

ssMaterial

Elements

Target vessel

1200 2800 12 Acrylic Scintillator

Gamma catcher

1800 4000 8 Acrylic Scintillator

Buffer tank

2750 5600 4 StainlessMineral

oil

Veto tank

3500 7000 15 Stainless water

(lengths in millimeters)

Target’s volume:*1.22*2.8 = 12.7 m3 ~ 약 13 ton

참참참 *1.42*3.2 = 19.7 m3 ~ 약 20 ton참*1.52*3.0 = 21.2 m3 ~ 약 21 ton)