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880.P20 Winter 2006. Richard Kass . 2. Momentum and Position Measurement. . ?. ?. ?. . (0, y1). (L, y3). (L/2, y2). . s=sagitta. Assume:we measure y at 3 equi-spaced measurements in (x, y) plane (z=0)each y measurement has precision syhave a constant B field in z direction so p^=0.3BrThe sagi
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1. 880.P20 Winter 2006 Richard Kass 1 Charged Particle Tracking and Momentum Resolution
2. 880.P20 Winter 2006 Richard Kass 2 Momentum and Position Measurement
3. 880.P20 Winter 2006 Richard Kass 3 Momentum and Position Measurement
4. 880.P20 Winter 2006 Richard Kass 4 More on Momentum Resolution
5. 880.P20 Winter 2006 Richard Kass 5 Even More on Momentum Resolution
6. 880.P20 Winter 2006 Richard Kass 6 Still More on Momentum Resolution
7. 880.P20 Winter 2006 Richard Kass 7 Mass Resolution and Physics
8. 880.P20 Winter 2006 Richard Kass 8 Wire Chamber Operation
9. 880.P20 Winter 2006 Richard Kass 9 Signal Production
10. 880.P20 Winter 2006 Richard Kass 10 Pulse Formation in a Cylindrical Wire Chamber
11. 880.P20 Winter 2006 Richard Kass 11 Pulse formation in a cylindrical wire chamber
12. 880.P20 Winter 2006 Richard Kass 12 Pulse Formation in a Cylindrical Wire Chamber
13. 880.P20 Winter 2006 Richard Kass 13 Gas Gain
14. 880.P20 Winter 2006 Richard Kass 14
15. 880.P20 Winter 2006 Richard Kass 15 LSTs in BaBar
16. 880.P20 Winter 2006 Richard Kass 16 Multiwire Proportional Chamber (MWPC)