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880.P20 Winter 2006. Richard Kass . 2. Energy Measurement (Calorimetry). A calorimeter is used to measure the energy of a charged and/or neutral particle The calorimeter should absorb all of the energy of an incident particleEnergy measurement by a calorimeter is a DESTRUCTIVE process. Original particle no longer exists after the measurement.Calorimeter usually located behind charged particle tracking chambers MWPCs, drift chambers, silicon trackers are non-destructive 224
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1. 880.P20 Winter 2006 Richard Kass 1 Energy Measurement (Calorimetry)
2. 880.P20 Winter 2006 Richard Kass 2 Energy Measurement (Calorimetry)
3. 880.P20 Winter 2006 Richard Kass 3 Calorimetry
4. 880.P20 Winter 2006 Richard Kass 4 Typical Calorimeters
5. 880.P20 Winter 2006 Richard Kass 5 Energy Deposition and Showering
6. 880.P20 Winter 2006 Richard Kass 6 Electromagnetic Shower
7. 880.P20 Winter 2006 Richard Kass 7 Electromagnetic Showers
8. 880.P20 Winter 2006 Richard Kass 8 Electromagnetic vs Hadronic Showers
9. 880.P20 Winter 2006 Richard Kass 9 Sampling Calorimeters
10. 880.P20 Winter 2006 Richard Kass 10 Energy vs Momentum Resolution
11. 880.P20 Winter 2006 Richard Kass 11 Crystal Calorimeters
12. 880.P20 Winter 2006 Richard Kass 12 The BaBar Calorimeter
13. 880.P20 Winter 2006 Richard Kass 13 Particle ID with Calorimeters