The MINOS scintillator calorimeter system

P. Adamson,K. V. Alexandrov,G. Alexeev,T. Alexopoulos,W.W.M. Allison,G. J. Alner,B. Anderson,D. F. Anderson,K. Anderson,C. Andreopoulos,C. Arroyo,D. Attree,E. Avignone,D. S. Ayres,B. Baller,B. Barsh,M. A. Barker,Peter D. Barnes,W. L. Barrett,R.H. Bernstien,S. Bilenky,G. J. Bock,D. J. Boehnlein,D. Bogert,P. M. Border,C. R. Bower,E. Buckley-Geer,A. Byon-Wagner,Thomas R. Chase,S. K. Chernichenko,S. Childress,B. C. Choudhary,J H Cobb,A. Cohee,J.D. Cossairt,H. Courant,J. W. Dawson,D. M. Demuth,P. J. Dervan,A. DeSanto,N. Diaczenko,M.V. Diwan,G. Drake,M. Drew,R. Ducar,T. Durkin,R. Edgecock,S. Eichblatt,A. R. Erwin,E. Falk Harris,G. J. Feldman,N. Felt,T. H. Fields,H. R. Gallagher,M. Gebhard,Yu. Gilitsky,N. Giokaris,M. C. Goodman,Yu. A. Gornushkin,N. Grossman,J. J. Grudzinski,V. J. Guarino,V. Gudkov,J Guo,Yu. Gutnikov,R. Halsall,J. Hanson,D. Harris,P. Harris,E. P. Hartouni,R. Hatcher,S. Hayden,R. Heinz,K. Heller,N. Hill,Q. H. Hu,T. Hu,J. Hylen,M. Ignatenko,G. M. Irwin,C. James,T. Joffe-Minor,T. Kafka,S. M. S. Kasahara,E. Katsavounidis,J. Kilmer,H. Kim,V. Kochetkov,G. Koizumi,S. Kopp,M. Kordosky,D. Krakauer,Z. Krumstein,A. Kulik,Y. F. Lai,K. Lang,C. Laughton,R. Lebeau,A. Lebedev,R. Lee,P. J. Litchfield,Jie Liu,N.P. Longley,P. Lucas,S. Madani,V. Makeev,W. A. Mann,A. Marchionni,M. L. Marshak,John McDonald,J. R. Meier,E. Melnikov,G. I. Merzon,M. D. Messier,D. G. Michael,R. H. Milburn,L. Miller,W. H. Miller,S.R. Mishra,Paul Miyagawa,J. Mofin,R. Morse,L. Mualem,S. Mufson,M. J. Murtagh,J. Musser,A. Napier,D. Naples,C. Nelson,J.K. Nelson,H. B. Newman,T. Nicholls,A. Nozdrin,Josep F. Oliver,W. P. Oliver,A Olshevski,V.A. Onuchin,V. Paolone,A. Para,T. Patzak,G. F. Pearce,N. Pearson,C. Peck,Carole C. Perry,E. A. Peterson,D.A. Petyt,A. Pla-Dalmau,R. Plunkett,L. E. Price,D. Pushka,R. Rameika,A. L. Read,B. Rebel,C. Rosenfeld,K. Ruddick,V.A. Ryabov,R. Saakyan,A. Sadovski,M.C. Sanchez,N. Saoulidou,J. Schneps,P. Schoessow,V.K. Semenov,I. Shein,B.W. Sheng,A. Sisakian,W. Smart,V. Smirnitsky,C. Smith,Pn Smith,V. Smotriaev,A. Soldatov

The MINOS scintillator calorimeter system

2000

P. Adamson
K. V. Alexandrov
G. Alexeev
T. Alexopoulos
W.W.M. Allison
G. J. Alner
B. Anderson
D. F. Anderson
K. Anderson
C. Andreopoulos
C. Arroyo
D. Attree
E. Avignone
D. S. Ayres
B. Baller
B. Barsh
M. A. Barker
Peter D. Barnes
W. L. Barrett
R.H. Bernstien
S. Bilenky
G. J. Bock
D. J. Boehnlein
D. Bogert
P. M. Border
C. R. Bower
E. Buckley-Geer
A. Byon-Wagner
Thomas R. Chase
S. K. Chernichenko
S. Childress
B. C. Choudhary
J H Cobb
A. Cohee
J.D. Cossairt
H. Courant
J. W. Dawson
D. M. Demuth
P. J. Dervan
A. DeSanto
N. Diaczenko
M.V. Diwan
G. Drake
M. Drew
R. Ducar
T. Durkin
R. Edgecock
S. Eichblatt
A. R. Erwin
E. Falk Harris
G. J. Feldman
N. Felt
T. H. Fields
H. R. Gallagher
M. Gebhard
Yu. Gilitsky
N. Giokaris
M. C. Goodman
Yu. A. Gornushkin
N. Grossman
J. J. Grudzinski
V. J. Guarino
V. Gudkov
J Guo
Yu. Gutnikov
R. Halsall
J. Hanson
D. Harris
P. Harris
E. P. Hartouni
R. Hatcher
S. Hayden
R. Heinz
K. Heller
N. Hill
Q. H. Hu
T. Hu
J. Hylen
M. Ignatenko
G. M. Irwin
C. James
T. Joffe-Minor
T. Kafka
S. M. S. Kasahara
E. Katsavounidis
J. Kilmer
H. Kim
V. Kochetkov
G. Koizumi
S. Kopp
M. Kordosky
D. Krakauer
Z. Krumstein
A. Kulik
Y. F. Lai
K. Lang
C. Laughton
R. Lebeau
A. Lebedev
R. Lee
P. J. Litchfield
Jie Liu
N.P. Longley
P. Lucas
S. Madani
V. Makeev
W. A. Mann
A. Marchionni
M. L. Marshak
John McDonald
J. R. Meier
E. Melnikov
G. I. Merzon
M. D. Messier
D. G. Michael
R. H. Milburn
L. Miller
W. H. Miller
S.R. Mishra
Paul Miyagawa
J. Mofin
R. Morse
L. Mualem
S. Mufson
M. J. Murtagh
J. Musser
A. Napier
D. Naples
C. Nelson
J.K. Nelson
H. B. Newman
T. Nicholls
A. Nozdrin
Josep F. Oliver
W. P. Oliver
A Olshevski
V.A. Onuchin
V. Paolone
A. Para
T. Patzak
G. F. Pearce
N. Pearson
C. Peck
Carole C. Perry
E. A. Peterson
D.A. Petyt
A. Pla-Dalmau
R. Plunkett
L. E. Price
D. Pushka
R. Rameika
A. L. Read
B. Rebel
C. Rosenfeld
K. Ruddick
V.A. Ryabov
R. Saakyan
A. Sadovski
M.C. Sanchez
N. Saoulidou
J. Schneps
P. Schoessow
V.K. Semenov
I. Shein
B.W. Sheng
A. Sisakian
W. Smart
V. Smirnitsky
C. Smith
Pn Smith
V. Smotriaev
A. Soldatov

The MINOS detectors will use extruded plastic scintillator strips, which are readout by wavelength-shifting fibres coupled to multi-pixel photodetectors. This technique provides excellent energy and spatial resolution. The MINOS detectors are described in detail along with results from the light output tests.

Keywords:

MINOS
Photodetector
Physics
Detector
Image resolution
Neutrino
Scintillator
Optics
Calorimeter
STRIPS

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