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@ARTICLE{Andrieu:389965,
author = {Andrieu, B. and Babayev, A. and Bán, J. and Banas, E. and
Barrelet, E. and Bassler, U. and Bederede, D. and Bernard,
R. and Bernardi, G. and Bernier, R. and Besançon, M. and
Biasci, J.-C. and Binder, E. and Blouzon, F. and Blume, H.
and Borras, K. and Boudry, V. and Brasse, F. and Breton, D.
and Brettel, H. and Brisson, V. and Bruncko, D. and Buchner,
U. and Busata, A. and Buschhorn, G. and Campbell, A. J. and
Carli, T. and Charles, F. and Chase, R. and Colombo, M. and
Coutures, Ch. and Coville, A. and Cozzika, G. and Cvach, J.
and Danilov, M. and David, M. and David, J. and Delcourt, B.
and Del Buono, L. and Descamps, F. and Devel, M. and
DeRoeck, A. and Dingus, P. and Djidi, K. and Drescher, A.
and Dretzler, U. and Drewe, M. and Duboc, J. and Dupont, F.
and Efremenko, V. and Eisele, F. and Ernst, G. and Falley,
G. and Fang, R. and Feltesse, J. and Feng, Z. Y. and Fent,
J. and Ferencei, J. and Flauger, W. and Flügge, G. and
Formánek, J. and Fröchtenicht, W. and Gamerdinger, K. and
Gayler, J. and Giesgen, I. and Godlewski, J. and Goerlich,
L. and Goldberg, M. and Goritchev, P. and Gosset, L. and
Grässler, R. and Gregory, C. and Greif, H. and Grindhammer,
G. and Haguenauer, M. and Hajduk, L. and Hamon, O. and
Hartz, P. and Haydar, R. and Herynek, I. and Hildesheim, W.
and Hladký, J. and Huber, J. and Huot, N. and Huppert,
J.-F. and Imbault, D. and Jabiol, M.-A. and Jacholkowska, A.
and Jaffré, M. and Jeanjean, J. and Jung, H. and Kiesling,
C. and Kolander, M. and Kolanoski, H. and Koll, J. and
Korbel, V. and Korn, M. and Krasny, W. and Kubantsev, M. and
Kubenka, J.-P. and Küster, H. and Kuhlen, M. and Kurča, T.
and Kurzhöfer, J. and Laporte, J.-F. and Laskus, H. and
Lemler, M. and Lenhardt, U. and Loch, P. and Lüers, D. and
Malinovski, E. and Marks, J. and Martin, F. and Martyniak,
J. and Merz, T. and Mikocki, S. and Monnier, E. and Montés,
B. and Murín, P. and Nagovizin, V. and Nayman, P. and
Nepeipivo, A. and Nguyen, H. K. and Novakova, H. and Nowak,
G. and Oberlack, H. and Obrock, U. and Pailler, P. and
Parey, J.-Y. and Pascaud, C. and Perrodo, P. and Peters, S.
and Pharabod, J.-P. and Pimpl, W. and Rauschnabel, K. and
Reboux, A. and Reimer, P. and Ribarics, P. and Rietz, M. and
Rudowicz, M. and Rusakov, S. and Rusinov, V. and Rybicki, K.
and Sahlmann, N. and Savitsky, M. and Sawallisch, P. and
Schacht, P. and Schmitz, W. and Schmücker, H. and Seman, M.
and Shekelyan, V. and Sheviakov, I. and Sirois, Y. and
Smirnov, P. and Špalek, J. and Staeck, J. and Staroba, P.
and Štefan, P. and Steiner, H. and Stier, J. and Strachota,
J. and Thiele, K. and Tichomirov, I. and Tribanek, W. and
Tschernyshov, V. and Turiot, M. and Turnau, J. and Urban, L.
and Urban, M. and Valkar, S. and Valkarova, A. and Vallée,
C. and Vecko, M. and Verrecchia, P. and Villet, G. and
Wegener, D. and Weissbach, P. and Wellisch, H.-P. and Yiou,
T. P. and Ẑáček, J. and Závada, P. and Zeitnitz, Ch.
and Zomer, F.},
collaboration = {{H1 Collaboration}},
title = {{T}he {H}1 liquid argon calorimeter system},
journal = {Nuclear instruments $\&$ methods in physics research / A},
volume = {336},
number = {3},
issn = {0168-9002},
address = {Amsterdam},
publisher = {North-Holland Publ. Co.},
reportid = {PUBDB-2017-09178},
pages = {460 - 498},
year = {1993},
note = {H1},
abstract = {The liquid argon calorimeter of the H 1 detector presently
taking data at the HERA ep collider at DESY, Hamburg, is
described. The main physics requirements and the most
salient design features relevant to this calorimeter are
given. The aim to have smooth and hermetic calorimetric
coverage over the polar angular range 4° ≤ θ ≤ 154°
is achieved by a single liquid argon cryostat containing
calorimeter stacks structured in wheels and octants for easy
handling. The absorber materials used are lead in the
electromagnetic part and stainless steel in the hadronic
part. The read-out system is pipelined to reduce the dead
time induced by the high trigger rate expected at the HERA
collider where consecutive bunches are separated in time by
96 ns. The main elements of the calorimeter, such as the
cryostat, with its associated cryogenics, the stack modules,
the read-out, calibration and trigger electronics as well as
the data acquisition system are described. Performance
results from data taken in calibration runs with full size H
1 calorimeter stacks at a CERN test beam, as well as results
from data collected with the complete H 1 detector using
cosmic rays during the initial phase of ep operations are
presented. The observed energy resolutions and linearities
are well in agreement with the requirements.},
cin = {DESY(-2012)},
ddc = {530},
cid = {$I:(DE-H253)DESY_-2012_-20170516$},
pnm = {899 - ohne Topic (POF3-899)},
pid = {G:(DE-HGF)POF3-899},
experiment = {EXP:(DE-MLZ)NOSPEC-20140101},
typ = {PUB:(DE-HGF)16},
UT = {WOS:A1993MK02700007},
doi = {10.1016/0168-9002(93)91257-N},
url = {https://bib-pubdb1.desy.de/record/389965},
}
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