A Classic Thesis Style - Johannes Gutenberg-Universität Mainz

146 bibliography
Figure 24 Spek B dipole optics 44
Figure 25 Detectors equipping spectrometer B 45
Figure 26 Simplified scheme of coincidence electronics 46
Figure 27 Diagram of tracking logic 47
Figure 28 Clusters in MWPC 53
Figure 29 Efficiency counters 56
Figure 30 Reconstructed x and y coordinates in MWPC L
at 2 and 4 uA beam currents 57
Figure 31 Event display 58
Figure 32 Q 2 distributions of σT + ɛσL 59
Figure 33 Anomalous band in ∆t vs Gy 60
Figure 34 Vertical band in M chamber removed by time
difference quality factor 60
Figure 35 ADC spectrum for G paddle within the acceptance
of the efficiency counters 61
Figure 36 Q 2 distributions of σT + ɛσL 62
Figure 37 Radiation damage on F scintillators 63
Figure 38 Inefficiencies due to the F wall gaps 64
Figure 39 Scintillator Walls extension 65
Figure 40 New scintillator wall integrated in Kaos detector
system 66
Figure 41 Diagnostic test applied to physics runs 68
Figure 42 69
Figure 43 Fit for gain correction factors 71
Figure 44 Example of the outcomes of the program used
for the cut efficiency determination 72
Figure 45 Missing mass spectrum in the p(e, e ′ K + )Λ, Σ 0
reaction 73
Figure 46 Coincidence time spectra for the p(e, e ′ K + ) reaction
74
Figure 47 Predictions of Kaon-Maid and Saclay Lyon isobaric
models for scaling 76
Figure 48 Phase-space for kaon scattering angle vs. kaon
momentum 77
Figure 49 Detection efficiency as a function of momentum
for the case where decaying particles are
accepted or not 78
Figure 50 Differential cross sections of kaon electroproduction
scaled to the center of the experimental
acceptance 82
Figure 51 Angular dependence of the total electroproduction
cross section 83
Figure 52 Dependence of the kaon electroproduction cross
sections on the virtual photon’s four-momentum
Q 2 84