Presentation is loading. Please wait.

Presentation is loading. Please wait.

N vs. E 0.25mip threshold roughcut for SLAC 2/24/2019.

Published byLanny Iskandar Modified over 5 years ago

Similar presentations

Presentation on theme: "N vs. E 0.25mip threshold roughcut for SLAC 2/24/2019."— Presentation transcript:

1 N vs. E 0.25mip threshold roughcut for SLAC 2/24/2019

2 Single Particle E Resolution
Non-projective geometry roughcut for SLAC 2/24/2019

3 Digital vs. Analog roughcut for SLAC 2/24/2019

4 Multiple thresholds roughcut for SLAC 2/24/2019

5 ZZ Events Stable MC particles roughcut for SLAC 2/24/2019

6 Recipe Energy Smearing Jet Reconstruction
Fit s as a function of incident E (slide5) and smear neutral hadrons accordingly g ~ 17%/sqrt(E), generated E for charged hadrons Jet Reconstruction pT order stable MC particles (ignoring neutrinos) start with highest pT particle and cluster in 0.7 cone repeat for remaining particles roughcut for SLAC 2/24/2019

7 Energy Fractions Neutral hadron fraction g fraction roughcut for SLAC
2/24/2019

8 Jet E Resolution rms used roughcut for SLAC 2/24/2019

9 Layer Stack roughcut for SLAC 2/24/2019

10 Cosmic Data with PMT ~11 p.e roughcut for SLAC 2/24/2019

11 roughcut for SLAC 2/24/2019

12 Si-PM’s roughcut for SLAC 2/24/2019

13 Cosmic Data with Si-PM roughcut for SLAC 2/24/2019

14 roughcut for SLAC 2/24/2019

15 Cosmic with APD Hamamatsu S8550 roughcut for SLAC 2/24/2019

16 roughcut for SLAC 2/24/2019

17 MRS Signal roughcut for SLAC 2/24/2019

18 Cosmics with MRS roughcut for SLAC 2/24/2019

19 roughcut for SLAC 2/24/2019

20 roughcut for SLAC 2/24/2019

21 roughcut for SLAC 2/24/2019

22 Current Pulse roughcut for SLAC 2/24/2019

23 Surface Treatment/Wrapping
UNPOLISHED TOP AND POLISHED BOTTOM POLISHED TOP AND UNPOLISHED BOTTOM 0.98 1.00 1.02 Tyvek Paint VM 2002 Mylar CM590 CM500 Alum Foil 1.00 0.89 1.08 0.83 0.28 0.44 0.63 roughcut for SLAC 2/24/2019

24 Spray It On Titanium white acrylic roughcut for SLAC 2/24/2019

25 Quantifying Paint roughcut for SLAC 2/24/2019

26 Miscellaneous Measurements
6cm2/9cm2 Straight/Sigma Square/Hex Extruded/Cast 0.95 0.94 0.7 NICADD scintillator 1mm round Kurray After/Before glue EJ500/BC600 (optical glues) Y11/BCF92 1.15 1.0 3.1 0.8 mm square Bicron roughcut for SLAC 2/24/2019

27 Miscellaneous Measurements
Groove Area Response Hexagon Sigma 9.4 1895.3 Square 1665.8 6 1740.5 1743.8 2015.9 Straight 1523.4 4 1618.6 861.5 900.9 1089.4 roughcut for SLAC 2/24/2019

28 Uniformity Measurements
roughcut for SLAC 2/24/2019

29 Uniformity Measurements
roughcut for SLAC 2/24/2019

30 Response vs. Thickness roughcut for SLAC 2/24/2019

31 MEPHI-ITEP-DESY Solution
Can the cost be further reduced? roughcut for SLAC 2/24/2019

32 Thickness Tolerances ELJEN cast NICADD extruded roughcut for SLAC
2/24/2019

33 Response Dispersion roughcut for SLAC 2/24/2019

Download ppt "N vs. E 0.25mip threshold roughcut for SLAC 2/24/2019."

Similar presentations

The performance of Strip-Fiber EM Calorimeter response uniformity, spatial resolution The 7th ACFA Workshop on Physics and Detector at Future Linear Collider.

The performance of Strip-Fiber EM Calorimeter response uniformity, spatial resolution The 7th ACFA Workshop on Physics and Detector at Future Linear Collider.
1 Cosmic Ray Test Stand with Scintillating Cells for Digital Hadron Calorimeter 06/23/2003 Kurt Francis - Northern Illinois University.

1 Cosmic Ray Test Stand with Scintillating Cells for Digital Hadron Calorimeter 06/23/2003 Kurt Francis - Northern Illinois University.
26-11-03, DESY HCAL meetingG. Eigen, U Bergen/DESY2 Agenda of Worldwide Calorimeter & Forward Detector Project Day TIME TITLE OF TALK SPEAKER 14:00-14.25.

, DESY HCAL meetingG. Eigen, U Bergen/DESY2 Agenda of Worldwide Calorimeter & Forward Detector Project Day TIME TITLE OF TALK SPEAKER 14:
Scintillator-based Hadron Calorimetry for the ILC/SiD International Linear Collider Workshops Snowmass, 14-27 Aug, 2005 Dhiman Chakraborty.

Scintillator-based Hadron Calorimetry for the ILC/SiD International Linear Collider Workshops Snowmass, Aug, 2005 Dhiman Chakraborty.
Problem with Square WLS Fiber Optic Cable A report on the observations of the physical response to square WLS fiber optic cable being applied and glued.

Problem with Square WLS Fiber Optic Cable A report on the observations of the physical response to square WLS fiber optic cable being applied and glued.
Tile-Fiber Optimization Vishnu V. Zutshi. Introduction Based on my conversations with Sasha and Manuel We already have intimations of tile-fiber system.

Tile-Fiber Optimization Vishnu V. Zutshi. Introduction Based on my conversations with Sasha and Manuel We already have intimations of tile-fiber system.
GEM DHCAL Simulation Studies J. Yu* Univ. of Texas at Arlington ALCW, July 15, 2003 Cornell University (*on behalf of the UTA team; S. Habib, V. Kaushik,

GEM DHCAL Simulation Studies J. Yu* Univ. of Texas at Arlington ALCW, July 15, 2003 Cornell University (*on behalf of the UTA team; S. Habib, V. Kaushik,
 Track-First E-flow Algorithm  Analog vs. Digital Energy Resolution for Neutral Hadrons  Towards Track/Cal hit matching  Photon Finding  Plans E-flow.

 Track-First E-flow Algorithm  Analog vs. Digital Energy Resolution for Neutral Hadrons  Towards Track/Cal hit matching  Photon Finding  Plans E-flow.
 Performance Goals -> Motivation  Analog/Digital Comparisons  E-flow Algorithm Development  Readout R&D  Summary Optimization of the Hadron Calorimeter.

 Performance Goals -> Motivation  Analog/Digital Comparisons  E-flow Algorithm Development  Readout R&D  Summary Optimization of the Hadron Calorimeter.
        PMT Liquid Scintillator Gadolinium Loaded Lead Veto Hadronic Shower Liberated Neutrons High Energy Neutron No Veto, Small Prompt Energy.

        PMT Liquid Scintillator Gadolinium Loaded Lead Veto Hadronic Shower Liberated Neutrons High Energy Neutron No Veto, Small Prompt Energy.
1 N. Davidson E/p minimum bias update with Athena 12.0.6 Analysis Meeting 12 th June 2007.

1 N. Davidson E/p minimum bias update with Athena Analysis Meeting 12 th June 2007.
Jerry Blazey NIU/NICADD Towards A Scintillator (Semi)- Digital Hadron Calorimeter: Progress at NIU/NICADD Jerry Blazey Northern Illinois University.

Jerry Blazey NIU/NICADD Towards A Scintillator (Semi)- Digital Hadron Calorimeter: Progress at NIU/NICADD Jerry Blazey Northern Illinois University.
30 October 2002Paul Dauncey - CALICE/PRC1 PRC – CALICE Progress Report Paul Dauncey, Imperial College London Representing the CALICE Collaboration.

30 October 2002Paul Dauncey - CALICE/PRC1 PRC – CALICE Progress Report Paul Dauncey, Imperial College London Representing the CALICE Collaboration.
LPC Jet/Met meeting 1/12/2006L. Perera1 Jet/Calorimeter Cluster Energy Corrections – Status Goal: To improve the individual jet energy determination based.

LPC Jet/Met meeting 1/12/2006L. Perera1 Jet/Calorimeter Cluster Energy Corrections – Status Goal: To improve the individual jet energy determination based.
Scintillator based muon upgrade / BELLE Super B Factory Workshop In Hawaii 19-22 Jan 2004, Honolulu, Hawaii 1.Scintillator strip option 2.Geiger photodiodes.

Scintillator based muon upgrade / BELLE Super B Factory Workshop In Hawaii Jan 2004, Honolulu, Hawaii 1.Scintillator strip option 2.Geiger photodiodes.
1 Benchmarking the SiD Tim Barklow SLAC Sep 27, 2005.

1 Benchmarking the SiD Tim Barklow SLAC Sep 27, 2005.
Jerry Blazey NIU/NICADD Towards A Scintillating (Semi)- Digital Hadron Calorimeter: Progress at NIU/NICADD Jerry Blazey Northern Illinois University.

Jerry Blazey NIU/NICADD Towards A Scintillating (Semi)- Digital Hadron Calorimeter: Progress at NIU/NICADD Jerry Blazey Northern Illinois University.
CALICE Toward a scintillator-based Digital Hadron Calorimeter and Tail-catcher for the LC Manuel I. Martin Northern Illinois University XI International.

CALICE Toward a scintillator-based Digital Hadron Calorimeter and Tail-catcher for the LC Manuel I. Martin Northern Illinois University XI International.
Results from Non-proj Geom Guilherme, Jeremy and Vishnu.

Results from Non-proj Geom Guilherme, Jeremy and Vishnu.
Scintillator (semi)DHCAL? Vishnu Zutshi for. Introduction Can a scintillator (semi)digital calorimeter work? Cell sizes are necessarily 6-12 cm 2 Can.

Scintillator (semi)DHCAL? Vishnu Zutshi for. Introduction Can a scintillator (semi)digital calorimeter work? Cell sizes are necessarily 6-12 cm 2 Can.

Similar presentations

Ads by Google