Difference between revisions of "Magnetic field study"

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[https://eic.jlab.org/core/index.php/Main_Page Go back to ECCE Main Page]
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[https://eic.jlab.org/core/index.php/Main_Page Go back to CORE Main Page]
  
 
<font size="5px">Welcome to the home of ECCE Diffractive and Tagging Physics Working Sub Group</font>
 
<font size="5px">Welcome to the home of ECCE Diffractive and Tagging Physics Working Sub Group</font>
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=Scope=
 
=Scope=
  
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Information from Paul Brinza
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* Athena is 3 meters ID and 3 Tesla and has the highest stored energy.
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* Ecce is 1.5 Tesla and is also 3 Meters ID.
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* Core is 3 Tesla but only 1 Meter ID.
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The stored energy scales like B^2*Vol.
  
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=Software=
 
  
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Additional information from Paul and Pawel:
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* Radial material in the current 3 T CORE solenoid design.
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* Inner vacuum vessel ~ 4 cm Al, density 2.5
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* Inner radiation shield few mm ~ 2 mm Cu, density 9
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* Coil 6 cm - a 5:1 mix of Cu and NbTi (i.e., with Nb =Ti, a 10:1:1 mix of Cu, Nb, and Ti)
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* Coil support cylinder ~ 7 cm Al, density 2.5
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* Outer radiation shield ~ 2 mm Cu, density 9
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* Outer vacuum vessel Al ~ 10 cm Al, density 2.5
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The 5 cm of Cu in the coil is not negligible, but also not a dominant contribution.
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Question: an EIC KLM would work just as well with Cu as with Al? Belle's configuration and KLM performance will give a good indication
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=Software and Resources=
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==ATHENA DD4HEP and Juggler Resources==
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* Tutorial: https://eic.phy.anl.gov/tutorials/eic_tutorial/
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* gitlab:  https://eicweb.phy.anl.gov/EIC
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==Full Simulation (Fun4all) Resources==
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* [https://ecce-eic.github.io/ ECCE@EIC Software Documentation]
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* [https://ecce-eic.github.io/tutorials_day1.html Day-1 checklist]
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* [https://indico.bnl.gov/event/11112/contributions/47260/attachments/33415/53698/Kauder_eicsmear_generators_ECCE_Apr2021.pdf K. Kauder's talk at the ECCE software workshop]
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* [https://indico.bnl.gov/category/346/ ECCE Physics Work Group Indico Agenda]
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* [https://indico.bnl.gov/event/11719/ 2nd Software and Simulation Workshop]
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**[https://indico.bnl.gov/event/11719/contributions/49425/attachments/34696/67114/ECCE_Simulation_Tutorial_Diff_Tagg.pdf An Analysis Module Example for Diffractive and Tagging Processes for IP6] [https://indico.bnl.gov/event/11719 Recording]
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**[https://indico.bnl.gov/event/14878/contributions/60251/attachments/39901/66529/CORE_Simulation_Tutorial_Diff_Tagg.pdf An Analysis Module Example for Diffractive and Tagging Processes for IP8] [https://indico.bnl.gov/event/14878 Recording]
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**[https://indico.bnl.gov/event/15033/ ATHENA software tutorial how to get started] [https://indico.bnl.gov/event/14878 Recording]
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* https://wiki.bnl.gov/eicug/index.php/File:EIC_ZDC_section.pdf Instruction for the Fun4all data format: [https://wiki.bnl.gov/eicug/index.php/File:Fun4all_format_help.pdf June/07/2021]
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* Instruction for the Fun4all Job submission on JLab ifarm: [https://wiki.bnl.gov/eicug/index.php/File:JLab_ifarm_instruction.pdf June/07/2021]
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* Instruction for re-analyzing DST trees on the ifarm:  [https://wiki.bnl.gov/eicug/index.php/File:Re-analyzing_DST.pdf August/15/2021 (Obsolete)]    [https://wiki.bnl.gov/eicug/index.php/File:Fun4all_analyzing_on_ifarm.pdf Feb/01/2022 (use this)]
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* Instruction for accessing BNL generated simulation file via eicS3:  [https://wiki.bnl.gov/eicug/index.php/File:BNL_S3_instruction.pdf March/12/2022]
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* Instruction for accessing JLab generated simulation file via xrootd:  [https://wiki.bnl.gov/eicug/index.php/File:JLAB_xrootd_instruction.pdf March/12/2022]
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* Athena Software Tutorial demo: [https://indico.bnl.gov/event/15033/ Recording]
  
 
=Useful Resources=
 
=Useful Resources=

Latest revision as of 16:10, 28 April 2022

Go back to CORE Main Page

Welcome to the home of ECCE Diffractive and Tagging Physics Working Sub Group

Scope

Information from Paul Brinza

  • Athena is 3 meters ID and 3 Tesla and has the highest stored energy.
  • Ecce is 1.5 Tesla and is also 3 Meters ID.
  • Core is 3 Tesla but only 1 Meter ID.

The stored energy scales like B^2*Vol.


Additional information from Paul and Pawel:

  • Radial material in the current 3 T CORE solenoid design.
  • Inner vacuum vessel ~ 4 cm Al, density 2.5
  • Inner radiation shield few mm ~ 2 mm Cu, density 9
  • Coil 6 cm - a 5:1 mix of Cu and NbTi (i.e., with Nb =Ti, a 10:1:1 mix of Cu, Nb, and Ti)
  • Coil support cylinder ~ 7 cm Al, density 2.5
  • Outer radiation shield ~ 2 mm Cu, density 9
  • Outer vacuum vessel Al ~ 10 cm Al, density 2.5

The 5 cm of Cu in the coil is not negligible, but also not a dominant contribution.

Question: an EIC KLM would work just as well with Cu as with Al? Belle's configuration and KLM performance will give a good indication

Software and Resources

ATHENA DD4HEP and Juggler Resources

Full Simulation (Fun4all) Resources

Useful Resources

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