FERMILAB E907 (MIPP)

1. FERMILABE907 (MIPP) FIXED TARGET EXPERIMENT PRIMARY AND SECONDARY BEAM FROM MAIN INJECTOR 120 GEV PROTON PRIMARY BEAM MEASURE HADRONIC PARTICLE PRODUCTION A VARIETY OF TARGETS SPANNING PERIODIC TABLE

2. PHYSICS TOPICS • TO EXPLORE ACCURACY WITH WHICH GENERAL SCALING LAW IS VALID • TO MEASURE PARTICLE PRODUCTION OFF NUMI TARGETS • TO FOLLOW PROPAGATION OF PARTICLES IN NUCLEI • TO IMPROVE PREDICTIONS OF ATMOSPHERIC NEUTRINO FLUXES • TO IMPROVE HADRONIC SHOWER MODELS IN COLLIDER SIMULATION PROGRAMS

3. DETECTORS AT E907 • BEAM CHAMBERS • BEAM CHERENKOV • TIME PROJECTION CHAMBER • DRIFT CHAMBERS • TIME OF FLIGHT • RING IMAGING CHERENKOV • MULTIWIRE PROPORTIONAL CHAMBER • ELECTROMAGNETIC CALORIMETER HADRON CALORIMETER

4. E907 LAYOUT

5. Charged particle Anode wire +HV2 Drift voltage - HV1 Drift region Scintillation counter DRIFT CHAMBERSGENERAL INFORMATION

6. BEAM AND DRIFT CHAMBERS AT E907 • 3 BEAM CHAMBERS AND 4 DRIFT CHAMBERS • PLANE ORDER G-C-A-C-A-C-A-C-A-C-G ( G=GROUNG, C=CATHODE, A=ANODE) • FOR ELECTRONICS TDC MODULS, 8-CHANNEL PREAMPLIFIERS USED

7. BEAM CHERENKOV DETECTOR • TWO BEAM CHERENKOV • MIRRORS INSIDE DETECTOR DOWNSTREAM END • INNER AND OUTER PMT’S ARE UPSTREAM AND DOWNSTREAMS ENDS • UPSTREAM CHERENKOV HAS 7 mrad, DOWNSTREAM HAS 5 mrad CHERENKOV ANGLE

8. CHERENKOV ANGLE θ • COS θ=1/βn (n is index of refraction) • β=v/c

9. θ vt

10. PRESSURE CURVE OF BEAM CHERENKOV DETECTORS

11. RING IMAGING CHERENKOV DETECTORS (RICH) • CYLINDRICAL STEEL TANK, 93” IN DIAMETER, 10.22M IN LENGTH • CO2 INSIDE THE TANK AT ATMOSPHERIC PRESSURE • 16 MIRRORS INSIDE THE TANK DOWNSTREAM END • 2848 PMTs AT UPSTREAM END • FRONT END BOARDS AND VME READOUT CONTROLLER TO READ OUT SIGNALS

12. THE PHOTOS OF RICH

13. INSIDE PMT BOX

14. TIME PROJECTION CHAMBER • THREE DIMENSIONAL TRACKING DETECTOR WITH INFORMATION ON THR SPECIFIC ENERGY LOSS • ANODE WIRES, ROW CATHODE PADS, DRIFT VELOCITY • VOLUME 2 CUBE METER, IS OPERATED P10 GAS • -10KV CATHODE POTENTIAL, 1300V ANODE POTENTIAL

15. THE PHOTO OF THE TPC

16. ELECTRONICS OF TPC • FROND-END STICKS UNDER CHAMBER- AMPLIFY AND DIGITIZE SIGNAL • DC POWER SUPPLY STICKS THROUGH MOLLEX CONNECTOR • VME RECIEVER CARDS CONNECTED TO STICKS BY FIBER OPTIC CABLES

17. MULTIWIRE PROPORTIONAL CHAMBER • 4 ANODE PLANE ORIENTATIONS • VERTICAL, HORIZONTAL, WITH ANGLES +28.07, -28.07 • ANODE WIRES THIN, PARALLEL, EQUALLY SPACED (3mm) • EACH ANODE PLANE HAS 640 WIRES • CATHODE PLANES OPERATED AT 3100KV

18. ANODE PLANE ORIENTATIONS

19. ELECTRONICS OF MWPC • 32 CHANNELED PREAMPLIFIER POWERED WITH 5.2 V • RECEIVING MEMORY HYBRIDS(RMH) MODULES, CRATE ENCODER, SYSTEM ENCODER • 8 RMH CRATE AND 1 CAMAC SYSTEM CRATE

20. ELECTROMAGNETIC CALORIMETER • MEASURE THE ENERGIES OF ELECTRONS AND PHOTONS • 10 PLANES, EACH HAS A LEAD PLATE, AND 8 CHAMBERS • VERTICAL OR HORIZONTAL PLANE ORIENTATIONS

21. THE SIDE VIEW OF EMCAL

22. HADRON CALORIMETER • MEASURES THE ENERGIES OF HADRONIC PARTICLES • 8 READOUT CELLS • ADC READ OUT CURRENT FROM PMT

23. THE FRONT VIEW OF HCAL

24. BEAM CHAMBERS BEAM PROFILES

25. BC2

26. BC3

27. DC1

28. DC2

29. DC3

30. DC4

31. MWPC5

32. EMCAL