The Liquid Argon Calorimeter in NIM A386
The Liquid Argon Calorimeter part of
"The H1 Detector at HERA"
Nuclear Instruments and Methods in Physics Research
A386 (1997) 310-347, 348-396
3.1 The liquid argon (LAr) calorimeter
(pages 37 to 46 [161 k])
-
Fig. 18
(Fig 5.1)
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[1547 k]
- a) Longitudinal view of calorimeters.
- b) Radial view of a LAr calorimeter wheel.
-
Fig. 19
(Fig 5.2)
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[859 k]
- Schematic structure of the readout cell:
- a) e.m.cell,
- b) hadronic cell.
-
Fig. 20
(Fig 5.3)
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[553 k]
- Relative stability of the electronic chain over the
month.
-
Fig. 21
(Fig 5.4)
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[774 k]
- Noise contribution summed over all channels of the LAr
calorimeters.
-
Fig. 22
(Fig 5.5)
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[638 k]
- Correlation between the true energy lost in front of the
calorimeter and its esimation in the reconstruction for
simulated low Q DIS.
-
Fig. 23
(Fig 5.6)
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[680 k]
- The effective mass of two photons before and after the dead
material correction.
-
Fig. 24
(Fig 5.7)
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[706 k]
- Performance of the dead material correction for simulated
pions at 20 GeV.
-
Fig. 25
(Fig 5.8
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[544 k]
- Reponse across the CB2/CB3 z crack in pion test beam of 30
GeV at CERN.
-
Fig. 26
(Fig 5.9
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[621 k]
- Reconstructed energy of data and MC for electron of 10, 20,
30 and 50 GeV.
-
Fig. 27
(Fig 5.10
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[842 k]
- Energy resolution as function of electron energy for wheels
BBE.
-
Fig. 28
(Fig 5.11
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[650 k]
- Energy reconstruction for pions at 80 GeV for wheels CB, FB
and IF .
-
Fig. 29
(Fig 5.12
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[748 k]
- Energy reconstruction for pions at 205 GeV for wheel IF with
tail catcher.
-
Fig. 30
(Fig 5.13
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[638 k]
- Energy resolution as function of pion energy for wheel
IF.
-
Fig. 31
(Fig 5.14
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[859 k]
- Energy/momentum match of electrons generated by cosmic muons
measured in the CJC and LAr CB wheels.
-
Fig. 32
(Fig 5.15
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[680 k]
- Transverse momentum balance for both scattered electron and
hadronic shower detected in the LAr for data and Monte
Carlo.
Juergen Naumann
Last modified: Wed Feb 24 17:52:18 MET 1999