Difference between revisions of "December 3rd, 2024"

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** ''Marshall'' : [https://wiki.jlab.org/klproject/index.php/File:Scott_klf_study_kl4_12032024.pdf Lambda Biweekly Update]
 
** ''Marshall'' : [https://wiki.jlab.org/klproject/index.php/File:Scott_klf_study_kl4_12032024.pdf Lambda Biweekly Update]
 
** ''Stuart'': [https://www-users.york.ac.uk/~sf1254/KLFReactionFilter/KLReactionFilterLines.html KLF Reaction Filter Page], [[media:KLF_BeamRes_Stuart.pdf | Beam energy resolution study]]. it's just a quick hack of the GlueX version, so has no job submission to MC Wrapper or anything, but even in this form it's a pretty easy way to obtain the reaction filter flags to hd_root for the various permutations of selection criteria.
 
** ''Stuart'': [https://www-users.york.ac.uk/~sf1254/KLFReactionFilter/KLReactionFilterLines.html KLF Reaction Filter Page], [[media:KLF_BeamRes_Stuart.pdf | Beam energy resolution study]]. it's just a quick hack of the GlueX version, so has no job submission to MC Wrapper or anything, but even in this form it's a pretty easy way to obtain the reaction filter flags to hd_root for the various permutations of selection criteria.
** ''Vitaly'': [[media:KLFSOFTMeeting120324.pdf | Reaction Filter vs Regular HDroot. Reaction KL+P->n+K+. Flat beam momentum profile (0.23;0.65) GeV/c.]]
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** ''Vitaly'': [[media:KLFSOFTMeeting120324.pdf | Reaction Filter vs Regular HDRoot plugin. Reaction Kl+p-->n+K+. Flat Kl beam momentum profile (0.23;0.65) GeV/c.]]
** ''Sashi'' : [[media:My_research1.pdf | Analysis reaction 𝐾𝐿 + 𝑝 to 𝐾+ + n]]. It has only beam momentum profile and missing mass of neutron. I am using a reaction filter. The efficiency of yield is just 23% and I am working on increasing it.
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** ''Sashi'' : [[media:My_research1.pdf | Analysis of reaction 𝐾𝐿 + 𝑝 to 𝐾+ + n]]. This pdf has only beam momentum profile and missing mass of neutron. I am using a reaction filter. The efficiency of yield is just about 24% and I am working on increasing it.
** ''Mikhail'':  
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** ''Mikhail'': [[media:KLF_JLab22_v0.pdf | Omega and other exitics at 22 GeV KLF]].
 
<b>Notes</b>
 
<b>Notes</b>

Latest revision as of 11:00, 3 December 2024

Attended: Sean, Moskov, Vitaly, Marshall, Mikhail, Stuart, Hovanes, Sashi, Beni, Stuart, and Igor.

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Notes