1 / 20

Simulation Studies of Au+Au At 200 GeV

Simulation Studies of Au+Au At 200 GeV. Outline : Simulation Chain Hit level PMD Characteristic Clustering output MIP In Simulation MIP Optimization PMD Acceptance factors Centrality Selection Photon Counting Efficiency and Purity DATA. Simulation Chain.

sani
Download Presentation

Simulation Studies of Au+Au At 200 GeV

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Simulation Studies of Au+Au At 200 GeV Outline: Simulation Chain Hit level PMD Characteristic Clustering output MIP In Simulation MIP Optimization PMD Acceptance factors Centrality Selection Photon Counting Efficiency and Purity DATA PMD collaboration meeting VECC Sunil Dogra

  2. Simulation Chain • Generated 20k minbias 0-20fm events at 200 GeV using HIJING event generator with default settings and π0 decay on. • Pass these particles through the GEANT(STARSIM) with all detectors Y2004 geometry which gives output in zebra format. • Run bfC(Big Full Chain) with Dr. Phatak’s Clustering routine to get the .event.root, geant.root as out put. • Read the PMD and other global information. PMD Collaboration Meeting VECC Sunil dogra

  3. Hit Level PMD Charactersitics from Simulation • Incident Photons • Main source π0 • Other sources are ω, K0, η PMD Collaboration Meeting VECC Sunil dogra

  4. contd. PMD Collaboration Meeting VECC Sunil dogra

  5. MIP in Simulation PMD Collaboration Meeting VECC Sunil dogra

  6. Clustering Output from simulation PMD Collaboration Meeting VECC Sunil dogra

  7. PMD Collaboration Meeting VECC Sunil dogra

  8. PMD Acceptance & factors PMD Collaboration Meeting VECC Sunil dogra

  9. Acceptance factor PMD Collaboration Meeting VECC Sunil dogra

  10. Reference Multiplicity and N-participants distribution 1 1 Number of Participants PMD Collaboration Meeting VECC Sunil dogra

  11. Percentage of Clusters PMD Collaboration Meeting VECC Sunil dogra

  12. MIP Optimization PMD Collaboration Meeting VECC Sunil dogra

  13. Efficiency for Photon counting Efficiency is defined as number ofclusters detected over certain threshold out of incident number of photons PMD Collaboration Meeting VECC Sunil dogra

  14. Purity of Photon sample Purity of photon sample is defined as the number ofclusters detected over certain threshold out of totalnumber of clusters-like PMD Collaboration Meeting VECC Sunil dogra

  15. Cluster edep in each η bin PMD Collaboration Meeting VECC Sunil dogra

  16. Cluster edep in each η bin PMD Collaboration Meeting VECC Sunil dogra

  17. Mean=.5411 RMS = .1166 Χ2/ndf = 962/19.4 Constant = 5289 Mean = .5375+-.0004 Sigma = .08414+-.0040 PMD Collaboration Meeting VECC Sunil dogra

  18. Results from Data nhits<3300 & mean +- sigma PMD Collaboration Meeting VECC Sunil dogra

  19. cont. PMD Collaboration Meeting VECC Sunil dogra

  20. Thank you PMD Collaboration Meeting VECC Sunil dogra

More Related