1 / 9

Status of TOF simulation

Status of TOF simulation. Sergey Kiselev, ITEP Moscow, for the TOF/ITEP group Input info TOF acceptance TOF occupancy TOF space placing Next steps. 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 1. Input info.

vilmos
Download Presentation

Status of TOF simulation

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. Status of TOF simulation • Sergey Kiselev, ITEP Moscow, for the TOF/ITEP group • Input info • TOF acceptance • TOF occupancy • TOF space placing • Next steps 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 1

  2. Input info • CBM_VMC package (15.04.2004), Geant3, Red Hat Linux 7.3, gcc3.2 • TOF: at 10m from the target, 10m x 10m plane with a hole 0.8m x 0.8m layers: Al - Gas - Glass - Gas - Al width: 0.2 0.12 0.54 0.12 0.2 cm • Other subsystems (see run.C): Target, PIPE, MAGNET, STS, TRD • ECAL: at 12m from the target, 11m x 11m plane with a hole 0.8m x 0.8m, Pb 14 cm • Default magnetic field (see run.C): fMagField->SetFieldXYZ(0,30,0) //valuesare in kG • 100 UrQMD Au+Au central events at E/A=25 GeV 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 2

  3. TOF acceptance primaries 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 3

  4. TOF acceptance - π± 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 4

  5. TOF acceptance - K± 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 5

  6. TOF acceptance - p 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 6

  7. TOFoccupancy • 787 tracks cross TOF: 188(24%) primaries 599(76%) secondaries • Composition of secon.: 70% e±, 16% p, 10% π±, 3% µ± • Origin of secondaries: 5% from ECAL range, 40% - TOF, 15% - TRD3, 12% - TRD2, 10% - TRD1, 2% -vertex • Max. occupancy: ~35 prim. tracks at (-150,0), ~40 secon. tracks at beam pipe per m**2 • With 10 cm**2 cell size max. occupancy ~ 7% e- e- e+ e+ p p π± π± ±  ± TOF TOF ECAL TRD3 TRD2 TRD3 TRD1 TRD2 ECAL TRD1 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 7

  8. TOF occupancy - 2 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 8

  9. Next steps • Add RICH, … • Optimize TOF structure (space placing, pad size, …) • Matching of tracks with TOF pads • Particle Identification (PID) 10.05.2004 CBM Software week May 10-15 2004 S.Kiselev ITEP 10

More Related