1. Fermilab Test Beam Facility Aria Soha September 19, 2011

2. The Test Beam Facility World Class Facility Detector R & D focus 2005 – 2011:  38 Experiments  531 Collaborators  120 Institutions  23 Countries *Number of Collaborators has been scaled to fit on plot *Number of Institutions has been scaled to fit on plot.

3. Test Beam Facility Usage Averaging 150+ collaborators per year –CDF: 490 –D0: 470 –MINOS: 140 –MINERvA: 100 –NOvA: 143 –BooNE: 80

4. Test Beam Facility Impact Test Beam is allowed a 5% impact on Neutrino & Collider beams One 6 sec event every 60 seconds for 12 hours a day

5. Test Beam Facility Usage

6. Recent Experiments 13 Experiments in FY11 –T932: Diamond Detector –T953 U of Iowa Calorimetery –T978 CALICE –T979 Fast Timing Counters –T992 SLHC sensor Tests –T994 JASMIN –T1004 Dual Read out Calorimetery –T1008 Super B Prototype –T1010 GEM Chamber Characteristics –T1011 SLHC Sensors –T1012 TAUWER Test –T1015 Dual Readout Calomimetery –T1017 CIRTE

7. MOUs ExperimentMOU date T-1019: Belle II iTOP counter prototype evaluation T-1018: UCLA Spacordion Tungsten Poweder Calorimeter T-1017: COUPP Iodine Recoil Threshold Experiment (CIRTE) T-1015: Dual Readout Calorimetry with Glasses23-Jun-11 T-1012: TAWER Test24-Jan-11 T-1011: Radiation-hard Silicon Microstrip Sensors for CMS21-Feb-11 T-1010: GEM Chamber Characteristics Test11-Jan-11 T-1008: SuperB Muon Detector Prototype15-Nov-10 T-1005: Muon g-2 Calorimeter Prototypes3-May-10 T-1006: Directly Coupled Tiles2-Apr-10 T-1004: Total Absorption Dual Readout Calorimetry R&D10-Mar-10 T-995: Muon Detector/Tail Catcher R&D18-Jan-10 T-994: JASMIN Radiation Measurments13-Nov-09 T-992: Radiation Hard Sensors for the SLHC19-Aug-09 T-988: AIRFLY1-Dec-08 T-977: MINERvA Test Beam Calibration16-Oct-08

8. Schedule http://www-ppd.fnal.gov/FTBF/schedule.html

9. Additional Slides

10. Location Meson Detector Building – West

11. Operating Test Beam is allowed a 5% impact on HEP 6 sec event every 60 seconds for 12 hours a day 0400 – 1800 Stop for HEP Shot Setup (2 hrs)

12. Particle Composition of Beam Beam Energy (GeV) Rate at Entrance to Facility (per spill) Rate at Exit of Facility (per spill) % Pions, Muons % Electrons 16132,00095,00087%13% 889,00065,00055%45% 456,00031,00031%67% 268,00028,000<30%>70% 169,00021,000<30%>70% If beam were smoothly extracted, 100 kHz or less would imply 1 particle per MI rotation would occur. Beam extraction is not smooth resulting in up to 35% double occupancy per MI rotation

13. Meson Beamline MTest Beamline MCenter Beamline MT4 Target: 30cm Al MT1 Target: 25cm Al MT6 Absorbers: 1.5m 120 Gev Protons 2 - 66 GeV Pions 0.5 – 32 GeV Electrons Broadband Muons

14. Beam Delivery Tevatron Neutrino Line MTest MCenter Linac Booster 8GeV Line Main Injector P1 Line P2 Line P3 Line SY120