Revision as of 11:21, 6 July 2017

P. Adzic et al., "Radiation Hardness qualification of PbWO4 scintillation crystals for the CMS Electromagnetic Calorimeter", CMS Note 2009/016
A.A. Annenkov et al., "Lead Tungstate scintillation material", NIM A 490 (2002) 30-50
P. Yang et al., "Growth of large-size crystal of PbWO4 by vertical Brigdman method with multi-crucibles
R. W. Novotny, "The Electromagnetic Calorimetry of the PANDA Detector at FAIR", J. Phys. Conf. Serv. 404 012063 (2012)

PMTs

PMT specs: Hamamatsu R4125, 19mm diameter, gain is about 8.7E+5 at 1.5kV max. anode voltage and rise time 2.5ns. This PMT was also used in Primex and we have designed a new active voltage divider that improves the performance of the PMT by a factor of 25. See the report at the 2012 IEEE NSS/MIC/RTSD conference by V. Popov and H. Mkrtchyan.

New Active PMT Base for PbWO4 (Popov, H. Mkrtchyan, presentation at IEEE, Nov 2012)

Hamamatsu PMT Specs 11 Oct 2013, C.E.Hyde

Media:AGhassemi-email-11Oct2013.pdf

specs on standard 1" PMTs:

R8619 10 stage PMT

R9800 8 stage PMT

Low profile (short) 29mm R7111 PMT Media:R7111.pdf

Mesh Dynode PMT (30x30 mm2) Media:R11187_data_sheet_0911.pdf R11187=replacement for Hall A DVCS R7877

Magnetic Field Response Media:R7877_Magnetic_Field_Characteristics.pdf

Cathode Lifetime data Media:QG1369A_R7877_Life.pdf

R7525 29mmφ PMT Media:R7525-TPMH1244E02.pdf
R4125 19mmφ (Standard for PbWO4)

Magnetic Field Response Media:R4125_Effects_of_Magnetic_Fields.pdf

Cathode Lifetime data Media:R4125_(100_uA_&_1000_h)_QG0016B.pdf

Dose Rate Estimates

Dose rate estimations for PbWO4 detector at 4m from target, at 1uA, and for a 10-cm long target

Scattering Chamber Information:

outer diameter = 45 inches

inner diameter = 43.125 inches

distance beam line to SHMS window = 1.25 inches

So for a point target, the minimum angle is 58 mr or 3.4 degrees. For an extended target you will need to adjust, it becomes about 4 degree for a 15 cm target. So assume 3.5 degrees as rough number.

Study of possibilities for larger beam pipe assemblies

Energy spectra for electrons, photons, positrons including fits

Rates and rates per crystal vs. angle relative to beam for: 4 m from target, 6.6 GeV beam energy, 1uA beam current, and 10-cm LH2 target for:

Photon threshold=10 MeV

Photon threshold=3 MeV

Magnet

Light monitoring and Curing System

Notes on Light Monitoring System from Hamlet

Notes on Curing System from Hamlet

Electronics

Experimental requirements on hardware:

DVCS (Table 2 shows HMS and photon trigger rates for each of the settings.)

Note on fADC timing from C. Cuevas

High Intensity Photon Source

@@ Line 1: / Line 1: @@
-==[[PAC40]]==
+== Presentations and Proceedings ==
+[https://wiki.jlab.org/cuawiki/images/c/cc/Submission_pdf_proof_narrative.pdf SCINT 2015 Proceedings]
+[https://wiki.jlab.org/cuawiki/images/a/a5/Horn_CALOR2014_proc.pdf CALOR 2014 Proceedings]
+===[[PAC45]]===
+===[[PAC43]]===
+===[[PAC42]]===
+===[[PAC40]]===
 == Physics ==
@@ Line 13: / Line 25: @@
 [http://www.vsl.cua.edu/cua_phy/images/4/4f/DVCS_meson_beam_time_comparison_summary.pdf Beam Time Sharing DVCS and pi0 (.pdf)]
 === WACS ===
+[https://wiki.jlab.org/cuawiki/images/2/27/RCS12_NewKinematics1.pdf New kinematics from David based on 8 Nov. 2013 collaboration meeting discussions (Nov 2013)]
 [http://www.vsl.cua.edu/cua_phy/images/6/60/Wacs_writeup1.pdf  Simon's report on WACS simulations]
 [http://www.vsl.cua.edu/cua_phy/images/7/79/RCS-th.pdf Notes from Peter Kroll, Nov 2012]
 === SIDIS mesons ===
+see PAC40 proposal
 === DES mesons ===
@@ Line 30: / Line 42: @@
 [http://www.vsl.cua.edu/cua_phy/images/9/94/Pi0-th.pdf Notes from Peter Kroll, Nov 2012]
+=== Neutral Pion Photoproduction ===
+[https://wiki.jlab.org/cuawiki/images/7/77/Pi090_ratio.eps Ratio pi0/pi+ from Peter Kroll model at 90CM]
+[https://wiki.jlab.org/cuawiki/images/9/93/Pi0pip_tdep.eps Ratio pi0/pi+ t dependence from Peter Kroll model]
 == Detector ==
-* ''PMT specs'': Hamamatsu R4125, 19mm diameter, gain is about 8.7E+5 at 1.5kV max. anode voltage and rise time 2.5ns. This PMT was also used in Primex and we have designed a new active voltage divider that improves the performance of the PMT by a factor of 25. See the [https://wiki.jlab.org/cuawiki/images/a/ac/NSS2012_JLAB.pdf report at the 2012 IEEE NSS/MIC/RTSD conference] by V. Popov and H. Mkrtchyan.
+=== General ===
+Description of the PbWO4 detector option:
+[https://indico.in2p3.fr/getFile.py/access?contribId=19&sessionId=3&resId=0&materialId=slides&confId=7052 Presentation at Orsay Workshop, Nov 2012]
+[http://www.jlab.org/exp_prog/proposals/12/C12-11-102.pdf PAC39 proposal, May 2012]
+=== Crystal characterization ===
+* [http://www.vsl.cua.edu/cua_phy/index.php/MainPage:Nuclear:NPS:PWO:CrystalLOG Table of results of SICCAS crystals produced in 2014 and 2015] - measurements carried out at CUA
+* Results of tests of subsets of the 10+5 SICCAS produced crystals (2014) at Giessen, BNL, and Caltech
+::* Results of crystals 2, 3, 6, 8, and 9 from Giessen:
+::::* [https://wiki.jlab.org/cuawiki/images/9/9a/SICCAS_2015May_5old_dk.pdf Absorption coefficient]
+::::* [https://wiki.jlab.org/cuawiki/images/8/83/SICCAS_2015May_5old_T.pdf Transmittance]
+::::* Light Yields: [https://wiki.jlab.org/cuawiki/images/0/0a/SICCAS_2015May_5old_LY_2.pdf LY_2], [https://wiki.jlab.org/cuawiki/images/f/f3/SICCAS_2015May_5old_LY_3.pdf LY_3], [https://wiki.jlab.org/cuawiki/images/6/67/SICCAS_2015May_5old_LY_2_6.pdf LY_6], [https://wiki.jlab.org/cuawiki/images/a/a4/SICCAS_2015May_5old_LY_8.pdf LY_8], [https://wiki.jlab.org/cuawiki/images/3/37/SICCAS_2015May_5old_LY_9.pdf LY_9]
+::* [https://wiki.jlab.org/cuawiki/images/f/fe/4EIC_150608_SIC_PWO.pdf Results for crystals 5 and 11 from Caltech and comparison to CMS crystal performance]
+::* [https://wiki.jlab.org/cuawiki/images/2/2e/PWO_SIC_BNL_measurements.pdf Results for crystals 7 and 15 from BNL]
+[http://www.vsl.cua.edu/cua_phy/images/c/cb/Hamlet.pdf Hamlet's report on crystal properties from Hall C meeting, 24 January 2013]
 * ''PbWO4 references'':
@@ Line 43: / Line 84: @@
 ::* R. W. Novotny, "The Electromagnetic Calorimetry of the PANDA Detector at FAIR", J. Phys. Conf. Serv. 404 012063 (2012)
+=== PMTs ===
+* ''PMT specs'': Hamamatsu R4125, 19mm diameter, gain is about 8.7E+5 at 1.5kV max. anode voltage and rise time 2.5ns. This PMT was also used in Primex and we have designed a new active voltage divider that improves the performance of the PMT by a factor of 25. See the [https://wiki.jlab.org/cuawiki/images/a/ac/NSS2012_JLAB.pdf report at the 2012 IEEE NSS/MIC/RTSD conference] by V. Popov and H. Mkrtchyan.
+[http://www.vsl.cua.edu/cua_phy/images/a/ac/NSS2012_JLAB.pdf New Active PMT Base for PbWO4 (Popov, H. Mkrtchyan, presentation at IEEE, Nov 2012)]
+'''Hamamatsu PMT Specs'''  11 Oct 2013, C.E.Hyde
+*[[Media:AGhassemi-email-11Oct2013.pdf]]
+*specs on standard 1" PMTs:
+::[http://www.hamamatsu.com/resources/pdf/etd/R8619_TPMH1331E03.pdf R8619 10 stage PMT]
+::[http://www.hamamatsu.com/resources/pdf/etd/R9800_TPMH1298E05.pdf R9800  8 stage PMT]
+:: Low profile (short) 29mm R7111 PMT [[Media:R7111.pdf]]
+* Mesh Dynode PMT (30x30 mm2)  [[Media:R11187_data_sheet_0911.pdf]]  R11187=replacement for Hall A DVCS R7877
+:: Magnetic Field Response [[Media:R7877_Magnetic_Field_Characteristics.pdf]]
+:: Cathode Lifetime data  [[Media:QG1369A_R7877_Life.pdf]]
+* R7525 29mmφ PMT [[Media:R7525-TPMH1244E02.pdf]]
+* R4125 19mmφ (Standard for PbWO4)
+:: Magnetic Field Response [[Media:R4125_Effects_of_Magnetic_Fields.pdf]]
+:: Cathode Lifetime data  [[Media:R4125_(100_uA_&_1000_h)_QG0016B.pdf]]
+=== Dose Rate Estimates ===
 [http://www.vsl.cua.edu/cua_phy/images/a/a1/NPS-dose-rates.pdf Dose rate estimations for PbWO4 detector at 4m from target, at 1uA, and for a 10-cm long target]
@@ Line 69: / Line 137: @@
 [http://www.vsl.cua.edu/cua_phy/images/a/ae/Bgr_sweep_e100_g3.pdf Photon threshold=3 MeV]
+= [[Magnet]] =
+== Light monitoring and Curing System ==
-[http://www.vsl.cua.edu/cua_phy/images/c/cb/Hamlet.pdf Hamlet's report on crystal properties from Hall C meeting, 24 January 2013]
+[https://wiki.jlab.org/cuawiki/images/4/4d/NPS-Light-Monitoring-System.pdf Notes on Light Monitoring System from Hamlet]
+[https://wiki.jlab.org/cuawiki/images/c/c4/NPS-Curing-System.pdf Notes on Curing System from Hamlet]
-[http://www.vsl.cua.edu/cua_phy/images/a/ac/NSS2012_JLAB.pdf New Active PMT Base for PbWO4 (Popov, H. Mkrtchyan, presentation at IEEE, Nov 2012)]
+== Electronics ==
-Description of the PbWO4 detector option:
+* Experimental requirements on hardware:
-[https://indico.in2p3.fr/getFile.py/access?contribId=19&sessionId=3&resId=0&materialId=slides&confId=7052 Presentation at Orsay Workshop, Nov 2012]
+::* [https://wiki.jlab.org/cuawiki/images/c/c5/Reply_TAC_PR12-13-010.pdf DVCS (Table 2 shows HMS and photon trigger rates for each of the settings.)]
-[http://www.jlab.org/exp_prog/proposals/12/C12-11-102.pdf PAC39 proposal, May 2012]
-'''Hamamatsu PMT Specs'''  11 Oct 2013, C.E.Hyde
+* [https://wiki.jlab.org/cuawiki/images/4/47/Fadc_time.pdf Note on fADC timing from C. Cuevas]
-*[[Media:AGhassemi-email-11Oct2013.pdf]]
-*specs on standard 1" PMTs:
+= [[High Intensity Photon Source]] =
-::[http://www.hamamatsu.com/resources/pdf/etd/R8619_TPMH1331E03.pdf R8619 10 stage PMT]
-::[http://www.hamamatsu.com/resources/pdf/etd/R9800_TPMH1298E05.pdf R9800  8 stage PMT]
-* Mesh Dynode PMT (30x30 mm2)  [[Media:
-* Magnetic Field Response
-* Cathode Lifetime data
-::R4125 19mm<math>f</math> [[Media:]]

Difference between revisions of "Documents"

Revision as of 11:21, 6 July 2017

Contents

Presentations and Proceedings

PAC45

PAC43

PAC42

PAC40

Physics

DVCS

WACS

SIDIS mesons

DES mesons

Neutral Pion Photoproduction

Detector

General

Crystal characterization