Results of stable Collision Data Merve Ince Emine Gurpinar, Yalcin - - PowerPoint PPT Presentation

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Results of stable Collision Data Merve Ince Emine Gurpinar, Yalcin - - PowerPoint PPT Presentation

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Results of stable Collision Data Merve Ince Emine Gurpinar, Yalcin Guler Shuichi Kunori, Isa Dumanoglu Bayram Tali HCAL Analysis Meeting 11.06.2015 11.06.2015 1 Introduction We have analyzed sqrt(s)=13 TeV stable collision events for

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SLIDE 1

Results of stable Collision Data

Merve Ince Emine Gurpinar, Yalcin Guler

Shuichi Kunori, Isa Dumanoglu Bayram Tali

HCAL Analysis Meeting 11.06.2015

1 11.06.2015

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SLIDE 2

11.06.2015 2

Introduction

  • We have analyzed sqrt(s)=13 TeV stable collision events for 246908, 246926 .
  • We applied Luminosity situation according to Luminosity Block distribution of run 246908 . We

want to understand condition of low energy events .

  • Analyzed setup and run information
  • CMSSW_7_4_2
  • GR_E_V47::All
  • We used

/store/express/Run2015A/ExpressPhysics/FEVT/Express-v1/000/246/908 /store/express/Run2015A/ExpressPhysics/FEVT/Express-v1/000/246/926

  • You can find all information about these runs at this link .

https://twiki.cern.ch/twiki/bin/viewauth/CMS/CMSNonStableCollisions2015

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SLIDE 3

11.06.2015 3

Stable Collision Run 246908

sqrt(s) = 13TeV

/store/express/Run2015A/ExpressPhysics/FEVT/Express-v1/000/246/908/

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SLIDE 4

11.06.2015 4

Luminosity Block & Bunch Crossing Distributions

sqrt(s) = 13TeV

  • We applied two LS cut :

 0 < LS < 50  70 < LS < 130

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SLIDE 5

11.06.2015 5

Individual RecHit Energy for HB,HE,HO,HF

sqrt(s) = 13TeV

0 < LS < 50 0 < LS < 50 0 < LS < 50 0 < LS < 50

HB HE HF HO

70 < LS < 130 70 < LS < 130 70 < LS < 130 70 < LS < 130

HB HE HF HO

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SLIDE 6

11.06.2015 6

Individual RecHit Time for HB,HE,HO,HF

0 < LS < 50

sqrt(s) = 13TeV HO HO

70 < LS < 130 0 < LS < 50 0 < LS < 50 0 < LS < 50 70 < LS < 130 70 < LS < 130 70 < LS < 130

HB HB HE HE HF HF

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SLIDE 7

11.06.2015 7

Individual RecHit Time(E > 5GeV) for HB,HE,HO,HF

0 < LS < 50 0 < LS < 50 0 < LS < 50 0 < LS < 50

HB HE HF HO

70 < LS < 130 70 < LS < 130 70 < LS < 130 70 < LS < 130

HB HE HF HO sqrt(s) = 13TeV

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SLIDE 8

11.06.2015 8

RecHitTime vs Energy for HB,HE,HO,HF

sqrt(s) = 13TeV

0 < LS < 50 0 < LS < 50 0 < LS < 50 0 < LS < 50 0 < LS < 50 0 < LS < 50 0 < LS < 50 0 < LS < 50

HE: Time vs Energy HB: Time vs Energy HF: Time vs Energy HO: Time vs Energy HB: Time vs Energy(E>5GeV) HE: Time vs Energy(E>5GeV) HF: Time vs Energy(E>5GeV) HO: Time vs Energy(E>5GeV)

0 < LS < 50

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SLIDE 9

11.06.2015 9

RecHitTime vs Energy for HB,HE,HO,HF

70 < LS < 130 70 < LS < 130 70 < LS < 130 70 < LS < 130 70 < LS < 130 70 < LS < 130 70 < LS < 130 70 < LS < 130

sqrt(s) = 13TeV

HB: Time vs Energy HE: Time vs Energy HF: Time vs Energy HO: Time vs Energy HB: Time vs Energy(E>5GeV) HE: Time vs Energy(E>5GeV) HF: Time vs Energy(E>5GeV) HO: Time vs Energy(E>5GeV)

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SLIDE 10

11.06.2015 10

CaloJet𝑸𝑼and eta-phi Distributions

sqrt(s) = 13TeV

0 < LS < 50 0 < LS < 50 0 < LS < 50 70 < LS < 130 70 < LS < 130 70 < LS < 130

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SLIDE 11

11.06.2015 11

CaloMET𝑸𝑼-phi and emFraction Distributions

0 < LS < 50 0 < LS < 50

sqrt(s) = 13TeV

70 < LS < 130 70 < LS < 130 0 < LS < 50 0 < LS < 50 70 < LS < 130 70 < LS < 130

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SLIDE 12

11.06.2015 12

CaloMETphi Distributions (MET𝑸𝑼 >80 GeV and MET𝑸𝑼 >20GeV)

0 < LS < 50 0 < LS < 50 70 < LS < 130 70 < LS < 130

sqrt(s) = 13TeV

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SLIDE 13

11.06.2015 13

CaloJet𝑸𝑼vsMET- CaloJet𝑸𝑼vsCaloJetPhi- CaloMET𝑸𝑼vsCaloMetPhi Distributions

sqrt(s) = 13TeV

0 < LS < 50 0 < LS < 50 0 < LS < 50 70 < LS < 130 70 < LS < 130 70 < LS < 130

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SLIDE 14

11.06.2015 14

Stable Collision Run 246926

sqrt(s) = 13TeV

/store/express/Run2015A/ExpressPhysics/FEVT/Express-v1/000/246/926/

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SLIDE 15

11.06.2015 15

Individual RecHit Energy and Time for HB,HE,HO,HF

sqrt(s) = 13TeV HB HE HF HO HO HB HE HF

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SLIDE 16

11.06.2015 16

Individual RecHit Time(E > 5GeV) for HB,HE,HO,HF

sqrt(s) = 13TeV

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SLIDE 17

11.06.2015 17

RecHitTime vs Energy for HB,HE,HO,HF

sqrt(s) = 13TeV

HB: Time vs Energy HE: Time vs Energy HF: Time vs Energy HO: Time vs Energy HB: Time vs Energy(E>5GeV) HE: Time vs Energy(E>5GeV) HF: Time vs Energy(E>5GeV) HO: Time vs Energy(E>5GeV)

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SLIDE 18

11.06.2015 18

HBHE RecoHit Energy-Time vs Channel ID for Minus and Plus Side (E>2GeV)

Depth1 Depth2 Depth3

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SLIDE 19

11.06.2015 19

HBHE RecoHit Energy-Time vs Channel ID for Minus and Plus Side (E>4GeV)

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SLIDE 20

11.06.2015 20

CaloJet-CaloMet𝑸𝑼-emFraction and eta-phi Distributions

sqrt(s) = 13TeV

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SLIDE 21

11.06.2015 21

CaloMETphi Distributions (MET𝑸𝑼 >80 GeV and MET𝑸𝑼 >20GeV)

sqrt(s) = 13TeV

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SLIDE 22

11.06.2015 22

CaloJet𝑸𝑼vsMET- CaloJet𝑸𝑼vsCaloJetPhi- CaloMET𝑸𝑼vsCaloMetPhi Distributions

sqrt(s) = 13TeV

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SLIDE 23

11.06.2015 23

Luminosity Block & Bunch Crossing Distributions

sqrt(s) = 13TeV

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SLIDE 24

11.06.2015 24

Energy-Time PLOTS for Stable Collision Run 246908

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SLIDE 25

11.06.2015 25

sqrt(s) = 13TeV

HB: Energy-Time Map for Depth1

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SLIDE 26

11.06.2015 26

sqrt(s) = 13TeV

HE: Energy-Time Map for Depth1,2,3

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SLIDE 27

11.06.2015 27

sqrt(s) = 13TeV

HF: Energy-Time Map for Depth1,2

iphi 43 iphi 43

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SLIDE 28

11.06.2015 28

sqrt(s) = 13TeV

HO: Energy-Time Map for Depth 4

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SLIDE 29

29

Conclusion

11.06.2015

 We analyzed stable run 246908 with two LS situation( 0<LS<50 – 70<LS<130) and compared their results .

  • We observed plots at two regions.

 Besides we gained some plots of stable run 246926 . We will continue other stable new runs .  Mean time is depend on the cut value and we can say that 4GeV energy cut is more stable than other . Also when we increase value of energy cut, energy is more stable .  We checked both detector performance and quality of data by looking at some kinematic plots .

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SLIDE 30

11.06.2015 30

BACK UP

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SLIDE 31

11.06.2015 31

Stable Collision Run 246908

sqrt(s) = 13TeV

/store/express/Run2015A/ExpressPhysics/FEVT/Express-v1/000/246/908/

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SLIDE 32

11.06.2015 32

HBHE RecoHit Energy-Time vs Channel ID for Minus and Plus Side (E>2GeV)

sqrt(s) = 13TeV

Depth1 Depth2 Depth3(HE)

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SLIDE 33

11.06.2015 33

sqrt(s) = 13TeV

HBHE RecoHit Energy-Time vs Channel ID for Minus and Plus Side (E>2GeV)

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SLIDE 34

11.06.2015 34

Stable Collision Run 246936

sqrt(s) = 13TeV

/store/express/Run2015A/ExpressPhysics/FEVT/Express-v1/000/246/936/

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SLIDE 35

11.06.2015 35

Individual RecHit Energy and Time for HB,HE,HO,HF

sqrt(s) = 13TeV HB HE HF HO HO HB HE HF

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SLIDE 36

11.06.2015 36

Individual RecHit Time(E > 5GeV) for HB,HE,HO,HF

sqrt(s) = 13TeV

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SLIDE 37

11.06.2015 37

RecHitTime vs Energy for HB,HE,HO,HF

sqrt(s) = 13TeV

HB: Time vs Energy HE: Time vs Energy HF: Time vs Energy HO: Time vs Energy HB: Time vs Energy(E>5GeV) HE: Time vs Energy(E>5GeV) HF: Time vs Energy(E>5GeV) HO: Time vs Energy(E>5GeV)

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SLIDE 38

11.06.2015 38

CaloJet-CaloMet𝑸𝑼-emFraction and eta-phi Distributions

sqrt(s) = 13TeV

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SLIDE 39

11.06.2015 39

CaloMETphi Distributions (MET𝑸𝑼 >80 GeV and MET𝑸𝑼 >20GeV)

sqrt(s) = 13TeV

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SLIDE 40

11.06.2015 40

CaloJet𝑸𝑼vsMET- CaloJet𝑸𝑼vsCaloJetPhi- CaloMET𝑸𝑼vsCaloMetPhi Distributions

sqrt(s) = 13TeV

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SLIDE 41

11.06.2015 41

Luminosity Block & Bunch Crossing Distributions

sqrt(s) = 13TeV

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SLIDE 42

11.06.2015 42

sqrt(s) = 13TeV

HBHE RecoHit Energy-Time vs Channel ID for Minus and Plus Side (E>2GeV)

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SLIDE 43

11.06.2015 43

sqrt(s) = 13TeV

HBHE RecoHit Energy-Time vs Channel ID for Minus and Plus Side (E>4GeV)

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SLIDE 44

11.06.2015 44

Stable Collision Run 247073

sqrt(s) = 13TeV

/store/express/Run2015A/ExpressPhysics/FEVT/Express-v1/000/247/073/

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SLIDE 45

11.06.2015 45

Individual RecHit Energy for HB,HE,HO,HF

Without Trigger Without Trigger Without Trigger Without Trigger

HB HE HF HO

L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger

HB HE HF HO

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SLIDE 46

11.06.2015 46

Individual RecHit Time for HB,HE,HO,HF

Without Trigger Without Trigger Without Trigger Without Trigger

HB HE HF HO

L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger

HB HE HF HO

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SLIDE 47

11.06.2015 47

Individual RecHit Time(E > 5GeV) for HB,HE,HO,HF

Without Trigger Without Trigger Without Trigger Without Trigger

HB HE HF HO

L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger

HB HE HF HO

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SLIDE 48

11.06.2015 48

RecHitTime vs Energy for HB,HE,HO,HF

Without Trigger Without Trigger Without Trigger Without Trigger

L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger

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SLIDE 49

11.06.2015 49

RecHitTime vs Energy (E > 5GeV) for HB,HE,HO,HF

Without Trigger Without Trigger Without Trigger Without Trigger

L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger

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SLIDE 50

11.06.2015 50

CaloJet𝑸𝑼and eta-phi Distributions

Without Trigger Without Trigger Without Trigger

L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger

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SLIDE 51

11.06.2015 51

CaloMET𝑸𝑼-phi and emFraction Distributions

Without Trigger Without Trigger Without Trigger Without Trigger

L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger

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SLIDE 52

11.06.2015 52

CaloMETphi Distributions (MET𝑸𝑼 >80 GeV and MET𝑸𝑼 >20GeV)

Without Trigger Without Trigger Without Trigger Without Trigger

L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger

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SLIDE 53

11.06.2015 53

CaloJet𝑸𝑼vsMET- CaloJet𝑸𝑼vsCaloJetPhi- CaloMET𝑸𝑼vsCaloMetPhi Distributions

Without Trigger Without Trigger Without Trigger

L1_SingleJet16 trigger L1_SingleJet16 trigger L1_SingleJet16 trigger

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SLIDE 54

11.06.2015 54

Luminosity Block & Bunch Crossing Distributions