Difference between revisions of "PERLE Meetings"

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(New page: == Collaboration meetings == ===2017-5-26=== <UL> <li>Working Group/Collaboration Progress Update <ul> <li>Todd Satogata [http://casa.jlab.org/MEIC%20meeting/20170420/2017-04-20-JleicRD-I...)
 
(Collaboration meetings)
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===2017-5-26===
 
===2017-5-26===
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Date:  Friday, May 26, 2017
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Time:  10:00 - 11:00 AM (EST) 4:00 - 5:00 PM (GMT+2 DST)
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Place: JLAB ARC 728 (call-in information below)
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AGENDA
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    Current accelerator design – Overview                    Alex Bogacz
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    Preliminary magnet inventory & specs – Discussion        All
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    Steps towards the TDR – Discussion:                      All
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        Liner lattice optimization
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        Initial magnet specs
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        Momentum acceptance and longitudinal match
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        End-to-End simulation with synchrotron radiation, CSR micro-bunching (ELEGANT?)
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        Correction of nonlinear aberrations (geometric & chromatic) with multipole magnets (sext. octu.?)
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        RF cavity design, HOM content
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        BBU studies (TDBBU?)
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        Injection line/chicane design
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        Space-charge studies at injection
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        Diagnostics & Instrumentation
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        Multi-particle tracking studies of halo formation
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        Final magnet specs
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        Engineering design
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============================================================
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<UL>
 
<UL>
 
<li>Working Group/Collaboration Progress Update
 
<li>Working Group/Collaboration Progress Update

Revision as of 11:26, 25 May 2017

Collaboration meetings

2017-5-26

Date: Friday, May 26, 2017

Time: 10:00 - 11:00 AM (EST) 4:00 - 5:00 PM (GMT+2 DST)

Place: JLAB ARC 728 (call-in information below)



AGENDA

   Current accelerator design – Overview                     Alex Bogacz
   Preliminary magnet inventory & specs – Discussion         All
   Steps towards the TDR – Discussion:                       All
       Liner lattice optimization
       Initial magnet specs
       Momentum acceptance and longitudinal match
       End-to-End simulation with synchrotron radiation, CSR micro-bunching (ELEGANT?)
       Correction of nonlinear aberrations (geometric & chromatic) with multipole magnets (sext. octu.?)
       RF cavity design, HOM content
       BBU studies (TDBBU?)
       Injection line/chicane design
       Space-charge studies at injection
       Diagnostics & Instrumentation
       Multi-particle tracking studies of halo formation
       Final magnet specs 
       Engineering design 
================================================