- Page 1: PROMPT PHOTON PRODUCTION IN PHOTOPR
- Page 7 and 8: Acknowledgments It is a pleasure to
- Page 9 and 10: Contents 1 Theoretical framework 1
- Page 11 and 12: Contents xi 8.3.1 MC statistics err
- Page 13 and 14: Introduction The Standard Model is
- Page 15 and 16: Contents xv • Chapter 8, Cross se
- Page 17 and 18: Chapter 1 Theoretical framework Thi
- Page 19 and 20: 1.2 Basics of electron - proton sca
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- Page 33 and 34: 1.3 Prompt photon production 17 low
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- Page 41 and 42: 1.5 Analysis motivation and goals 2
- Page 43 and 44: 1.5 Analysis motivation and goals 2
- Page 45 and 46: Chapter 2 Theoretical predictions T
- Page 47 and 48: 2.1 Monte Carlo simulation 31 by a
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- Page 51 and 52: MC set Generator Comments Simulatio
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2.2 QCD calculations 37 2.2 QCD cal
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Chapter 3 The H1 experiment at HERA
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3.2 H1 detector 41 the HERA collide
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@@@@ @@@ @@@@@@@ QQQQQQQ @@@@
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3.2 H1 detector 45 3.2.2 Calorimetr
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3.2 H1 detector 47 cell size in the
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3.2 H1 detector 49 rates exceed the
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Chapter 4 Event reconstruction and
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4.2 Event reconstruction 53 4.2 Eve
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4.3 Triggering 55 allow stable runn
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4.3 Triggering 57 energetic tracks
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4.3 Triggering 59 simulation is use
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4.4 Electron-proton interaction eve
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Chapter 5 Prompt photon selection H
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5.2 Photon selection 65 cells adjac
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5.2 Photon selection 67 its influen
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5.3 Exclusive selection and its sub
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5.4 Selection Summary 71 of the det
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Chapter 6 Photon signal extraction
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6.1 Shower shape variables 75 • T
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6.1 Shower shape variables 77 CB1 C
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6.1 Shower shape variables 79 R T K
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6.3 Classifier 81 step adjusts the
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6.3 Classifier 83 E1 CB1 CB2 CB3 FB
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Chapter 7 Calibration and tuning In
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7.1 Cluster shapes tuning 87 0.06 k
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7.2 Photon energy calibration 89 us
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7.4 Event class ratios 91 γ / E T
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7.4 Event class ratios 93 in the pr
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Chapter 8 Cross section building Th
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8.1 Unfolding problem 97 • Regula
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8.2 Unfolding application 99 8.2 Un
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8.2 Unfolding application 101 Migra
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8.2 Unfolding application 103 each
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8.2 Unfolding application 105 8.2.1
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8.2 Unfolding application 107 In or
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8.2 Unfolding application 109 as ca
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8.3 Error matrix evaluation 111 exp
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8.3 Error matrix evaluation 113 eva
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8.4 Cross section building 115 8.4.
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8.6 Toy Monte Carlo study 117 80 [p
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8.6 Toy Monte Carlo study 119 γ η
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8.6 Toy Monte Carlo study 121 Since
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8.7 Corrections to the QCD calculat
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f f f f f f f f f f f f 8.7 Correct
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8.7 Corrections to the QCD calculat
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Chapter 9 Results In this chapter r
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9.1 Inclusive prompt photon product
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9.2 Prompt photon + jet production
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9.2 Prompt photon + jet production
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9.3 NLO corrections 137 [pb/GeV] γ
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9.4 Intrinsic 〈k T 〉 study 139
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9.5 Comparison to previous measurem
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Chapter 10 Conclusions and outlook
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Appendices
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148 Bin D IN E γ T,IN10 [GeV] ηγ
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150 B Alternative classifier defini
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152 to overtraining may be partiall
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154 E γ T dσ/dE γ T uncorr. corr
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156 η γ E γ T ftheor MPI [GeV] [
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158 E γ T dσ/dE γ T uncorr. corr
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160 E jet T dσ/dE jet T uncorr. co
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162 x LO p dσ/dx LO p uncorr. corr
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164 x LO γ ∆Φ dσ 2 /d∆Φdx L
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166 List of Figures 3.1 Layout of t
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8.9 The exclusive photon plus jet t
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170 List of Tables 8.1 The definiti
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172 List of Tables
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174 References [15] V. N. Gribov an
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176 References [47] C. D. Silberber
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178 References [80] A. V. Lipatov a
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180 References [113] E. Chabert, C.
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182 References