the behaviour of the l3 muon chambers in a magnetic field1 The L3 detector. 1. 1.1 Introduction. 1. 1.2 The L3 detector. 2. 1.2.1 Detection
techniques in colliding beam experiments. 2. 1.2.2 Detection techniques used in
L3. 3. 1.2.3 The magnet. 5. 1.2.4 Central tracking detector (TEC). 6. 1.2.5
Electromagnetic calorimeter. 6. 1.2.6 Hadron calorimeter. 7. 1.2.7 Muon
spectrometer. 7.Baryon Production in Z Decay - Princeton Physicsfields. The Large Electron-Positron(LEP) Collider located near Geneva,.
Switzerland is today the highest energy electron-positron collider in the world.
...... Barrel Chambers. Three layers of drift chambers mounted on the exterior of
the support tube. Measures the curvature of muon tracks due to the magnetic field
of the ...A test of QED with at LEP energiesMagnet Coil z y x e + e -. Muon Chambers. Magnet Yoke. TEC. Figure 1: A
perspective view of the L3 detector. of these models have an ad hoc character
while ... electrically charged particles through the electromagnetic field whose
quantum is the ... QED has been the most successful application of Quantum
Field Theory.Analysis of the Data Quality of the FTT ... - H1 Fast Navigatora new fast track trigger (FTT) that uses information of the central drift chambers of
H1. The aim of this work .... Calibration ofthe FTT readout . ..... muon toroid
magnet. 21 forward muon detector (FMD) needing an iron field return yoke. For
this reason the magnets could be built with a large aperture and small outer
diameter.Phenomenology of Particle Physics I - ETH ZurichJun 13, 2014 ... asymptotic behavior: a ? b, c : ?(a, b, c,) ? a2. ...... 27 km, yielding a radius of 4.3
km, an average magnetic field of 5.4T is needed to keep ...... OPAL, L3. 700.
Table 6.1: Table of e+e? colliders. Figure 6.7: PETRA storage ring. 4. Muon
chambers. Detect muons. 5. Jet chambers. Records the trajectories of ...Université Paris-Sud Th`ese de doctorat Rémie Hanna ... - Theses.frSoutenue le 29 septembre 2015 devant la commission d'examen composée de :
M. Reza Ansari président ...... the collision, the magnetic field helps in the charge
and momentum measurements of the parti- cles. ... Apparatus System) and CMS (
Compact Muon Solenoid) are general purpose detectors, they are designed to ...Solutions to problems for Part 2 - MSU P-A Welcome Pagewith the low temperature behavior being an approach to zero exponentially and
at high temperature an approach to ... Magnetic cooling can be produced by
preparing a state in a polarized spin configuration followed by removing the field.
Once the field is removed, the system becomes more disordered and in doing so
...Elliptic Flow Studies using Event Shape Engineering in Pb-Pb ...from the expansion are then highly correlated, showing collective behaviour origi
- ..... muon neutrino. ?µ. II. 0. <0.17 MeV tau ?. III. +1. 1.77 GeV tau neutrino ??. III.
0. <15.5 MeV. The quark model introduces new layers of categorization, where
for instance particles built up by ...... parallel to the magnetic field of the L3
magnet.Measurement of the transverse momentum dependence of the ...In 1974 at a workshop in Bear Mountain, New York, T.D.Lee proposed that at
high energy densities, it is possible to .... ALICE detector technologies and has
allowed the use of a ?slow? Time Projection Chamber as the main ... cathode. The
magnetic field of the L3 magnet is parallel to the electric field (and the beam lines
).
