- Page 1: Detector Physics of Resistive Plate
- Page 5 and 6: Abstract Resistive Plate Chambers (
- Page 7 and 8: Contents 1 Introduction 1 1.1 Parti
- Page 9 and 10: CONTENTS vii 7.2.3 Total Charge Den
- Page 11 and 12: List of Figures 1.1 Schematic image
- Page 13 and 14: LIST OF FIGURES xi 6.11 Simulated i
- Page 15 and 16: Chapter 1 Introduction Resistive Pl
- Page 17 and 18: 1.1. PARTICLE PHYSICS AND EXPERIMEN
- Page 19 and 20: 1.1. PARTICLE PHYSICS AND EXPERIMEN
- Page 21 and 22: 1.1. PARTICLE PHYSICS AND EXPERIMEN
- Page 23 and 24: 1.2. INTERACTIONS OF PARTICLES WITH
- Page 25 and 26: 1.2. INTERACTIONS OF PARTICLES WITH
- Page 27 and 28: 1.2. INTERACTIONS OF PARTICLES WITH
- Page 29 and 30: 1.2. INTERACTIONS OF PARTICLES WITH
- Page 31 and 32: 1.2. INTERACTIONS OF PARTICLES WITH
- Page 33 and 34: 1.3. LARGE AREA PARTICLE DETECTORS
- Page 35 and 36: 1.3. LARGE AREA PARTICLE DETECTORS
- Page 37 and 38: 1.3. LARGE AREA PARTICLE DETECTORS
- Page 39 and 40: 1.4. TRIGGER RPCS AND THEIR APPLICA
- Page 41 and 42: 1.5. TIMING RPCS AND THEIR APPLICAT
- Page 43 and 44: 1.5. TIMING RPCS AND THEIR APPLICAT
- Page 45 and 46: 1.6. SUMMARY 31 on the Time-Of-Flig
- Page 47 and 48: Chapter 2 Detector Physics of RPCs
- Page 49 and 50: 2.1. GAS IONIZATION BY FAST CHARGED
- Page 51 and 52: 2.2. ELECTRON DRIFT AND MULTIPLICAT
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2.2. ELECTRON DRIFT AND MULTIPLICAT
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2.2. ELECTRON DRIFT AND MULTIPLICAT
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2.2. ELECTRON DRIFT AND MULTIPLICAT
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2.2. ELECTRON DRIFT AND MULTIPLICAT
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2.3. ELECTROSTATICS OF THREE LAYER
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2.3. ELECTROSTATICS OF THREE LAYER
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2.3. ELECTROSTATICS OF THREE LAYER
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2.3. ELECTROSTATICS OF THREE LAYER
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2.4. SIGNAL INDUCTION PROCESS 55 i(
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2.4. SIGNAL INDUCTION PROCESS 57 E
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2.5. STREAMERS 59 Figure 2.20: A me
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2.6. SUMMARY 61 per cluster follows
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Chapter 3 Monte Carlo Avalanche Sim
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3.1. THE 1-D MODEL 65 Avalanche Siz
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3.2. THE 1.5-D MODEL 67 3. The prim
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3.2. THE 1.5-D MODEL 69 Here l(z
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3.2. THE 1.5-D MODEL 71 charge [pC]
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3.2. THE 1.5-D MODEL 73 a) b) induc
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3.2. THE 1.5-D MODEL 75 number of c
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3.3. THE 2-D MODEL 77 where δt is
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3.3. THE 2-D MODEL 79 Er(r, z, r
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3.3. THE 2-D MODEL 81 y r E Er θ x
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3.4. THE 3-D MODEL 83 The charge in
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3.4. THE 3-D MODEL 85 Electrons a)
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Chapter 4 Geometries and Typical Op
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RPC gas q [mm] g [mm] εr EW [/mm]
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The values shown in Table 4.3 are r
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Chapter 5 Results Obtained with the
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5.1. EFFICIENCY AND TIME RESOLUTION
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5.2. CHARGE-TO-TIME CORRELATION 97
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Chapter 6 Results Obtained with the
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6.1. SIGNAL RISE TIME 101 induced c
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6.2. CHARGE SPECTRA 103 counts 10 3
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6.2. CHARGE SPECTRA 105 charges/ste
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6.2. CHARGE SPECTRA 107 The differe
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6.2. CHARGE SPECTRA 109 counts/35fC
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6.2. CHARGE SPECTRA 111 charges/ste
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6.3. OPERATIONAL MODE OF RPCS 113 t
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6.4. CHARGE-TO-TIME CORRELATION 115
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6.5. AVALANCHES IN PURE ISOBUTANE 1
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6.5. AVALANCHES IN PURE ISOBUTANE 1
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6.6. STREAMERS 121 a) b) electrons
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Chapter 7 Results Obtained with the
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7.1. COMPARISON OF THE DIFFERENT MO
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.2. AVALANCHES IN C2F4H2/ I-C4H10/
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7.3. AVALANCHES IN PURE ISOBUTANE 1
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7.3. AVALANCHES IN PURE ISOBUTANE 1
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7.4. SUMMARY 151 (e) The total elec
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7.4. SUMMARY 153 contracted at thei
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Chapter 8 Conclusions and Outlook C
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Appendix A Differential Collision C
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A.4. SCATTERING OF MASSIVE SPIN 1 P
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Appendix B Überblick Widerstandspl
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B.1. MOTIVATION FÜR DIE ARBEIT 163
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B.2. DETEKTORPHYSIK VON RPCS 165 i(
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B.4. SCHLUSSFOLGERUNG UND AUSBLICK
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Bibliography [1] W. Riegler, R. Vee
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BIBLIOGRAPHY 171 [29] V. Parchomchu
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BIBLIOGRAPHY 173 [59] E. Keil. The
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BIBLIOGRAPHY 175 [88] P. Fonte. App
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Danksagung Während der Dissertatio
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Curriculum Vitae Persönliche Infor