Difference between revisions of "Positrons"

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http://www.8020.net/
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= Liquid PbBi Target in Solenoid Magnetic Field =
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* [[Liquid PbBi Target in Solenoid Magnetic Field]]
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=Proposals=
 
=Proposals=
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*[[Positrons_Using_The HRRL]]
 
* [[DOE_EPSCoR Proposal]]
 
* [[DOE_EPSCoR Proposal]]
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* [[JLAB_Positron_Source_DOE_Award_DE-SC0002600]]
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 +
=Collaboration=
 +
 
* [[The Cebaf High Intensity Positron Source]]
 
* [[The Cebaf High Intensity Positron Source]]
−
*[[Positrons_Using_The HRRL]]
 
  
−
* [[JLAB_Positron_Source_DOE_Award_DE-SC0002600]]
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=Work=
 
* [[HRRL_CHIPS_Logbook]]
 
* [[HRRL_CHIPS_Logbook]]
−
 
−
=Work=
 
 
==Designs==
 
==Designs==
 
* [[IAC positron beamline]]
 
* [[IAC positron beamline]]
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* [[Beamline design (G. Stancari)]]
 
* [[Beamline design (G. Stancari)]]
 
* [[Beamline design (Y. Kim)]]
 
* [[Beamline design (Y. Kim)]]
−
* [[HRRL_Postron_Rotating_W_Target]]
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* [[Beamline_Drawing_2011_J.Ellis]]
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* [[HRRL_Positron_Rotating_W_Target]]
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* [[90 degree beamline extension]]
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* [[Beamline design drawing]]
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* [[G4beamline_PbBi2015]]
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 +
==HRRL beam Line installation ==
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 +
*[[HRRL_BeamLine_2011]]
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*[[HRRL_Alignment_2011]]
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*[[HRRLPos_Timeline_Summary]]
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*[[HRRL_BeamLine_orders]]
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*[[HRRL_Alignment_25Jun2012]]
  
 
==Experiments==
 
==Experiments==
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* [[HRRL_Experiment_Readiness_Chek_List]]
 
* [[CHIPS_Run_Feb-2008]]
 
* [[CHIPS_Run_Feb-2008]]
 
* [[CHIPS_Run_May-2008]]
 
* [[CHIPS_Run_May-2008]]
 
* [[HRRL radiation tests]]
 
* [[HRRL radiation tests]]
 
* [[Emittance Test]]
 
* [[Emittance Test]]
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* [[HRRL OTR Test Feb 16th 2011]]
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* [[HRRL OTR Test Mar 3rd 2011]]
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* [[HRRL_Emittance_Measurements_March14-18-2011]]
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* [[Emittance Measurement with Optical transition Radiation (OTR)]]
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* [[PePPO_NaI_PositronDetector_4_JLab]]
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* [[IAC_NaI_Detectors]]
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* [[Coincidence_with_NaI_Detectors]]
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* [[Beam_Test_Apr_24_2012]]
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* [[Beam_Test_Apr_26_2012]]
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* [[Beam_Text_May_17_2012]]
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* [[HRRL_July_2012Run]]
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* [[HRRL_Dec_2012Run]]
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* [[PePPO_2011Run]]
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* [[PePPO_2012Run]]
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* [[PePPO_02222012]]
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* [[PePPO_03132012]]
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* [[PePPO_03242012]]
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* [[PePPO_05302012]]
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*[[12_10_2012_HRRL_DetectorTests]]
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*[[Positrons_Using_40Mev_Linac]]
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 +
[PEPPo_Software]]
  
 
==Simulations==
 
==Simulations==
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* [[HRRL radiation footprint simulations]]
 
* [[HRRL radiation footprint simulations]]
 
* [[HRRL Move_2010]]
 
* [[HRRL Move_2010]]
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* [[Optimization of Positron Capturing]]
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* [[July2012PosSimulation]]
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* [[TF_G4Beamline]]
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* [[PePPO_Annih]]
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* [[G4Beamline_PbBi]]
  
 
=Equipment=
 
=Equipment=
 
* [[Instruments and Equipments]]
 
* [[Instruments and Equipments]]
−
 
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* [[Turning on HRRL]]
−
 
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* [[Images]]
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* [[Beamline Parts]]
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* [[Rotating Tungsten Target System]]
  
 
=References=
 
=References=
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*[[Jlab_Positro_Working_Group]]
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*[https://wiki.jlab.org/pwgwiki/index.php/Main_Page JLab Positron Working Group Wiki]
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*[https://wiki.iac.isu.edu/images/8/88/Sadiq_hesis_Latex.pdf Sadiq's Thesis]
 
* [https://positron.jlab.org/wiki/index.php/Main_Page JLab Positron Wiki]
 
* [https://positron.jlab.org/wiki/index.php/Main_Page JLab Positron Wiki]
 
* [[JPOS09]]
 
* [[JPOS09]]
 
* [[Positron_References]]
 
* [[Positron_References]]
 
* [[Python]]
 
* [[Python]]
 +
*[[File:SadiqTalkPePPO_4-26-2011.pdf]]
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*[[e+ Gun Beam Line Construction]]
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*[http://www.positronannihilation.net/index.htm Positron Annihilation]
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* Quad Scan Method [[File:Emit_Meas_DAFNE_Linac_e_Beam.pdf]]
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*[[IPAC_2012]]
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 +
= Vendors =
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*[[HRRL_Positron_Vendors_Targets]]
 +
 +
= Calculations =
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[[ Positron_Yield_Estimate]]
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 +
[[511 keV photon attenuation in tungsten]]
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 +
==Neutron production==
 +
 +
[[File:Huang_NIMB229_2005.pdf]]
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 +
=Task list=
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{| border="1"  |cellpadding="20" cellspacing="0
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|-
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|  Priority || task
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|-
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|  1  ||    Order target chamber
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|-
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|  1||    Order 8 tungsten targets, 2 mm thick
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|-
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|  1  ||    Order cooling lines for target chamber
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|-
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|  1||    Order 8 tungsten targets, 2 mm thick
 +
 +
|-
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|  2||    Build box to hold target motor controls, pull cables
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|-
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| 3|| enclose HRRL cavity with 1/4" lead
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 +
|-
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| || check all connectors are in hand for target control
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|-
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| || check camera pulse trigger synchronization
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|-
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| || check beam line alignment , are energy slits centered, is 90degree line going straight through wall
 +
|-
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| || bolt last flange to girder after last set of quads
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|-
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| || tungsten target holder for rotating target
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|-
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| 1
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| | Ta or W re-conversion target for Flag 3
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 +
|-
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|
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| | check flag 2 yag optics & setup, need way to switch internet between cameras so one computer can record images from each separately
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|-
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|
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| | two sets of steering magnets for 90 degree line
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|-
 +
| || pull cable for FCC signals and fan out to control room and DAQ room
 +
 +
 +
|-
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| in progress || Check the alignment.
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|-
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| done || Find DAQ hard-wares from Dr. McNalty's lab.
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|-
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| done ||  Ask Chad to make FC cooler.
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|-
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| in progres||  Work on Table design.
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|-
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| in progres||  Align YAG at the center of the 5-way cross.
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|-
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| ||  Check the JAI camera trigger and trig it synchronously with LED.
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|-
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| in progres||  Order W-targets -- Just order them online.
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|-
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| done ||  Order Prosilica camera cable -- Waiting for the confirmation.
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|-
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| in progres||  Install beam parts. (Ens, Flag2 Dipole2, Long beampipe, FC2, Flag2 gas.)
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|-
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|  || Find W-Target and target holder.
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|-
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|  || Find a pipe (or 3-way cross) to replace 5-way cross.
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|-
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|  || Install 45-deg Flag to W-target position.
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|}
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 +
= Things to do for the next run =
 +
 +
1. W target holder and W target desinge
 +
 +
2. hose from copper cooling lines to feedtrough. (swagelok, simlar with target cooling).
  
−
*[[e+ Gun Beam Line Construction]]
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3. chamber: 6 week lead time.
 +
 
 +
4. cooling connection, check valve, nitrogen bottles, plastic pipes.
 +
 
 +
5. light emitting diode and detecting photo diode.
 +
 
 +
6. theromo-copler to on the things to monitor temperture. (thermestors glue on copper line, stanless steel line). thermestors need to be in the range of the parts they are on. Check the document of the motor for its temperature range.
 +
 
 +
 
 +
=[[Positron_Emon_Paper]]=
 +
 
 +
=[[LBE_Paper]]=
  
−
[[User_talk:Tforest]]
+
[[User_talk:foretony]]
  
  
−
[[User:Sadik82]]
+
[[User:Setisadi]]

Latest revision as of 19:41, 16 December 2016

http://www.8020.net/

Liquid PbBi Target in Solenoid Magnetic Field

Proposals

Collaboration

Work

Designs

HRRL beam Line installation

Experiments

[PEPPo_Software]]

Simulations

Equipment

References

Vendors

Calculations

Positron_Yield_Estimate

511 keV photon attenuation in tungsten

Neutron production

File:Huang NIMB229 2005.pdf

Task list

Priority task
1 Order target chamber
1 Order 8 tungsten targets, 2 mm thick
1 Order cooling lines for target chamber
1 Order 8 tungsten targets, 2 mm thick
2 Build box to hold target motor controls, pull cables
3 enclose HRRL cavity with 1/4" lead
check all connectors are in hand for target control
check camera pulse trigger synchronization
check beam line alignment , are energy slits centered, is 90degree line going straight through wall
bolt last flange to girder after last set of quads
tungsten target holder for rotating target
1 Ta or W re-conversion target for Flag 3
check flag 2 yag optics & setup, need way to switch internet between cameras so one computer can record images from each separately
two sets of steering magnets for 90 degree line
pull cable for FCC signals and fan out to control room and DAQ room


in progress Check the alignment.
done Find DAQ hard-wares from Dr. McNalty's lab.
done Ask Chad to make FC cooler.
in progres Work on Table design.
in progres Align YAG at the center of the 5-way cross.
Check the JAI camera trigger and trig it synchronously with LED.
in progres Order W-targets -- Just order them online.
done Order Prosilica camera cable -- Waiting for the confirmation.
in progres Install beam parts. (Ens, Flag2 Dipole2, Long beampipe, FC2, Flag2 gas.)
Find W-Target and target holder.
Find a pipe (or 3-way cross) to replace 5-way cross.
Install 45-deg Flag to W-target position.

Things to do for the next run

1. W target holder and W target desinge

2. hose from copper cooling lines to feedtrough. (swagelok, simlar with target cooling).

3. chamber: 6 week lead time.

4. cooling connection, check valve, nitrogen bottles, plastic pipes.

5. light emitting diode and detecting photo diode.

6. theromo-copler to on the things to monitor temperture. (thermestors glue on copper line, stanless steel line). thermestors need to be in the range of the parts they are on. Check the document of the motor for its temperature range.


Positron_Emon_Paper

LBE_Paper

User_talk:foretony


User:Setisadi

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