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sphenix-hcal-l - Re: [Sphenix-hcal-l] [Sphenix-emcal-l] IEEE Proceedings Due Friday!

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Subject: sPHENIX HCal discussion

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Chronological Thread  
  • From: Joe Osborn <jdosbo AT umich.edu>
  • To: Megan Connors <meganeconnors AT gmail.com>
  • Cc: sphenix-emcal-l AT lists.bnl.gov, sphenix-hcal-l AT lists.bnl.gov
  • Subject: Re: [Sphenix-hcal-l] [Sphenix-emcal-l] IEEE Proceedings Due Friday!
  • Date: Wed, 15 Nov 2017 20:18:43 -0500

Hi Megan,

That is a quick turn around! Nice set of proceedings though, please find some comments below.

Joe

l60 - beams -> single particle beams or something like this, beams seems vague

l86 - define FTBF 

l92 - The energy resolution of the EMCal

l93 - remove “at”

l119 - sheild -> shield

l141 - done -> performed 

l143 - "there will be no" -> there will not be

l146 - Using the position of the clusters as identified within the EMCal, a position dependent energy correction was applied to the 2017 test beam results.

l149 - your figure references are question marks 

l159 - it looks like there is a word missing in this sentence

l164 - I would emphasize that these were the first ever 2D SPACAL blocks built, and this is part of the reason why the block boundaries were not so good as we are learning how to build them. Then you can lead into a statement about the 2018 blocks and block boundaries

l168-170 - This seems awkward as a standalone paragraph, and I think the point is that we shouldn’t make any concrete quantifiable conclusions until the 2018 test beam. Rather than bring in the simulation agreeing and/or disagreeing, I would just say something along the lines of “we will be able to make more quantitative statements about the overall resolution of the 2D projective calorimeter in 2018”

l176 - again your figure reference is question marks

l187 - extraneous “for”

l187 - figure reference

l191 - figure reference

l195 - Is there a deeper justification for this deviation from linearity? For example for the EMCal the deviation from linear at small energies is due to uncertainty in the actual beam energy, and at high energies the deviation is due to energy leakage. This isn’t mentioned in the EMCal section (and perhaps doesn’t need to be as it is mentioned in the 2016 paper), but I’m wondering if something more should be said in this sentence.




---------------------------------------

Joe Osborn
Ph.D Candidate
University of Michigan
(859) 433-8738

On Wed, Nov 15, 2017 at 3:14 PM, Megan Connors <meganeconnors AT gmail.com> wrote:
Dear all,

I posted a draft of the proceedings for my IEEE talk to today's HCal agenda (link below). The deadline for submission is already this Friday November 17! Sorry for the late posting and thanks for your quick feedback.

https://indico.bnl.gov/conferenceDisplay.py?confId=3873

Best,
-Megan


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