Proton Calorimetry/Meetings/2017/01/25: Difference between revisions

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'''MH''':
'''MH''':
* [http://www.hep.ucl.ac.uk/pbt/wikiData/presentations/2017/mhentz_beamline_characterisation_11-01-2017.pdf Clatterbridge simulations: now running 1 million events:]
* [http://www.hep.ucl.ac.uk/pbt/wikiData/presentations/2017/mhentz_doc_full_beamline_a4_25-01-2017.pdf Clatterbridge simulations: now running 1 million events:]
** Split simulations and submitted to batch farm: reduced simulation time from 24 hrs to 30 mins.  
** Split simulations and submitted to batch farm: reduced simulation time from 24 hrs to 30 mins.  
** Will look into longer simulations using different batch farm queues.
** Will look into longer simulations using different batch farm queues.

Revision as of 14:36, 25 January 2017

Minutes for UCL Proton Calorimetry Meeting, 25th January 2017 (D17, Physics & Astronomy, UCL)

Present

Simon Jolly, Anastasia Basharina-Freshville, Andreas Christou, Adam Knoetze, Matthieu Hentz

AC:

  • Working on analysis of scope waveform data.
    • ROOT will now identify bad pulses!
    • ROOT TSpectrum will analyse waveforms for double peaks based on histogram distribution.
  • Will next try and fit to good waveforms to train pulse filtering and integration.
  • Anastasia suggests looking at low and high rate files with no absorber.
  • Will also complete Java code to import binary files directly into ROOT: need to include input arguments.

AK:

  • Looking at various output spectra from Caen detector emulator.
  • Trying to set spectrum of waveform magnitudes (Caen instructions plus trial and error...).
  • Taking average of "large" waveforms to produce mean waveform for emulator.
  • Detector emulator time resolution much coarser than scope data (~160MHz): need to extract subset of individual waveform data to produce approximation of our waveforms.
  • Next step is to put output of detector emulator into digitiser and try and recreate Clatterbridge results.

MH:

  • Clatterbridge simulations: now running 1 million events:
    • Split simulations and submitted to batch farm: reduced simulation time from 24 hrs to 30 mins.
    • Will look into longer simulations using different batch farm queues.
  • Updated beamline construction with second dose monitor.
    • Will put together diagram with coordinates, dimensions and materials to send to Clatterbridge to check dimensions.
    • Will also collate results to send to Carsten Welsch at Liverpool for review.