The H lliquidargoncalorimeter system

B. Andrieuk,A. Babayevs,J. Bin,E. Banas,E. Barrelet,U. Bassler,D. Bedereded,R. Bernardd,G. Bernardi,R. Bemieri,Marc Besancon,E. Bindere Biascii,F. Blouzon,H.T. Blume,K. Borras,V. Boudryk,D. Breton,H. Bretteli,V. Brissoni,D. Brunckof,U. Buchner,A. Busatak,A. J. Campbelle,T. Carlik,F. Charles,R. Chasei,M. Colombo,Ch . Couturesa,A. Coville,G. Cozzikad,J. Cvachk,M. Danilov,J. David,B. DelcourtJ,F. Descamps,M. Develi,A. DeRoecke,U. Dretzler,M. Drewe,J. Duboc,F. DupontJ,V. Efremenko,F. Eisele,G. Ernst,G. Falleye,R. Fang,J. Feltesse,Z.Y. Feng,J. Fenti,W. Flauger,G. Flüggea,K. Gamerdinger,J. Gaylere,I. Giesgena,J. Godlewskib,L. Goerlichb,M. Goldberg,P. Goritchev,L. Gossetd,R. Grässler,C. Gregoryk,H. Greif,G. Grindhammer,M. Haguenauerk,L. Hajduk,O. Hamon,P. Hartzc,R. HaydarJ,W. Hildesheime Herynekm,J. Huber,N. Huot,J. F. HuppertI,D. Imbault,M. A. Jabiold,A. Jacholkowskai,J. JeanjeanJ,H. Jung,C. Kiesling,M. Kolanderc,H. Kolanoski,J. Kolle,V. Korbele,M. Köm,W. Krasny,M. Kubantsev,J.-P. Kubenka,H. Kiistere,M. Kuhlen,T. Kurča,J. F. Laported,H. Laskus,M. Lemlerb,P Loche,E. Malinovskih,J. Marks,F. Martint,T. Merz,S. Mikockib,E. Monnier,B. Montésk,Pavel Murin,V. Nagovizin,P. Nayman,A. Nepeipivos,H.K. Nguyen,H. Nováková,G. Nowak,H. Oberlack,U. Obrock,P. Pailler,J. Y. Pareyk,S. Peters,W. Pimpl,K. Rauschnabelc,A. Rebouxi,P. Reimerm,P. Ribarics,M. Rietza,M. Rudowicz,Sergey Rusakov,V. Rusinov,K. Rybickib,N. Sahlmann,M. Savitskye,P. Sawallisch,P. Schacht,W. Schmitza,H. Schmiickerr,M. Seman

The H lliquidargoncalorimeter system

1993

B. Andrieuk
A. Babayevs
J. Bin
E. Banas
E. Barrelet
U. Bassler
D. Bedereded
R. Bernardd
G. Bernardi
R. Bemieri
Marc Besancon
E. Bindere Biascii
F. Blouzon
H.T. Blume
K. Borras
V. Boudryk
D. Breton
H. Bretteli
V. Brissoni
D. Brunckof
U. Buchner
A. Busatak
A. J. Campbelle
T. Carlik
F. Charles
R. Chasei
M. Colombo
Ch . Couturesa
A. Coville
G. Cozzikad
J. Cvachk
M. Danilov
J. David
B. DelcourtJ
F. Descamps
M. Develi
A. DeRoecke
U. Dretzler
M. Drewe
J. Duboc
F. DupontJ
V. Efremenko
F. Eisele
G. Ernst
G. Falleye
R. Fang
J. Feltesse
Z.Y. Feng
J. Fenti
W. Flauger
G. Flüggea
K. Gamerdinger
J. Gaylere
I. Giesgena
J. Godlewskib
L. Goerlichb
M. Goldberg
P. Goritchev
L. Gossetd
R. Grässler
C. Gregoryk
H. Greif
G. Grindhammer
M. Haguenauerk
L. Hajduk
O. Hamon
P. Hartzc
R. HaydarJ
W. Hildesheime Herynekm
J. Huber
N. Huot
J. F. HuppertI
D. Imbault
M. A. Jabiold
A. Jacholkowskai
J. JeanjeanJ
H. Jung
C. Kiesling
M. Kolanderc
H. Kolanoski
J. Kolle
V. Korbele
M. Köm
W. Krasny
M. Kubantsev
J.-P. Kubenka
H. Kiistere
M. Kuhlen
T. Kurča
J. F. Laported
H. Laskus
M. Lemlerb
P Loche
E. Malinovskih
J. Marks
F. Martint
T. Merz
S. Mikockib
E. Monnier
B. Montésk
Pavel Murin
V. Nagovizin
P. Nayman
A. Nepeipivos
H.K. Nguyen
H. Nováková
G. Nowak
H. Oberlack
U. Obrock
P. Pailler
J. Y. Pareyk
S. Peters
W. Pimpl
K. Rauschnabelc
A. Rebouxi
P. Reimerm
P. Ribarics
M. Rietza
M. Rudowicz
Sergey Rusakov
V. Rusinov
K. Rybickib
N. Sahlmann
M. Savitskye
P. Sawallisch
P. Schacht
W. Schmitza
H. Schmiickerr
M. Seman

Theliquid argon calorimeterofthe H1 detector presently taking data at the HERAep collider at DESY,Hamburg, isdescribed. Themainphysics requirements andthe mostsalient design features relevant to this calorimeteraregiven. Theaimto havesmoothandhermetic calorimetric coverage over thepolarangularrange4° <0< 154° is achieved by asingle liquidargon cryostatcontaining calorimeterstacks structured in wheels andoctants for easy handling. Theabsorber materialsused

Keywords:

Collider
DESY
Detector
Calorimeter
Electrical engineering
Cryostat
Argon
Engineering
Nuclear engineering
Stack (abstract data type)
Nuclear physics

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