Reconstruction of the signal amplitude of the CMS electromagnetic calorimeter

P. Adzic,R Alemany Fernandez,C.F.B. Almeida,N. Almeida,G. Anagnostou,M. Anfreville,I. Aničin,Z. Antunovic,E. Auffray,S. Baccaro,S. Baffioni,D. Barney,Luciano Barone,P. Barrillon,A. Bartoloni,S. Beauceron,F. Beaudette,K. W. Bell,R. Benetta,M. Bercher,U. Berthon,B. L. Betev,R. Beuselinck,A. Bhardwaj,C. Biino,S. Bimbot,J. Blaha,P. Bloch,S. Blyth,P. Bordalo,Adolf Bornheim,J. Bourotte,D. Britton,R. M. Brown,R. Brunelière,P. Busson,Tiziano Camporesi,N. Cartiglia,F. Cavallari,M. Cerutti,D. Chamont,Paoti Chang,Y. H. Chang,C. Charlot,S. Chatterji,E. A. Chen,R. Chipaux,B. C. Choudhary,D. J. A. Cockerill,C. Collard,C. Combaret,F. Cossutti,S. Costantini,J C Da Silva,I. Dafinei,G. Daskalakis,G. Davatz,A. Debraine,D. Decotigny,A. De Min,K. Deiters,M. Dejardin,R. Della Negra,G. Della Ricca,P. Depasse,J. Descamp,G. Dewhirst,S. Dhawan,M. Diemoz,G Dissertori,M. Dittmar,L. Djambazov,L. Dobrzynski,S. Drndarevic,M. Dupanloup,M. Dzelalija,J. Ehlers,H. El Mamouni,A. Elliott-Peisert,I. Evangelou,B. Fabbro,J. L. Faure,J. Fay,F Ferri,P.S. Flower,G. Franzoni,Wolfgang Funk,A. Gaillac,C. Gargiulo,S. Gascon Shotkin,Y. Geerebaert,F. X. Gentit,A. Ghezzi,J. Gilly,A.S. Giolo-Nicollerat,A. Givernaud,S. Gninenko,A. Go,N. Godinovic,N. Golubev,Igor Golutvin,R Gomez Reino,P. Govoni,J. Grahl,P. Gras,J. Greenhalgh,J.P. Guillaud,Maurice Haguenauer,G. Hamel-de-Montechenault,M. Hansen,Helen F Heath,J. A. Hill,Peter R Hobson,D. Holmes,A.G. Holzner,George W. S. Hou,B. Ille,Q. Ingram,A. Jain,P. Jarry,C. Jauffret,M. Jha,M.A. Karar,S. K. Kataria,V. Katchanov,B. W. Kennedy,K Kloukinas,P. Kokkas,M. Korjik,N. Krasnikov,D. Krpic,A. Kyriakis,M. Lebeau,P. Lecomte,Paul Lecoq,M.C. Lemaire,Morgan Lethuillier,W. Lin,A.L. Lintern,A. Lister,V. Litvin,E. Locci,A. B. Lodge,E. Longo,D. Loukas,D. Luckey,W. Lustermann,C. Lynch,C. Mackay,M. Malberti,D. Maletic,I. Mandjavidze,N. Manthos,A. Markou,H. Mathez,A. Mathieu,V. Matveev,G. Maurelli,E. Menichetti,P. Meridiani,P. Milenovic,G. Milleret,P. Miné,M. Mur,Y. Musienko,A. Nardulli,Jordan Nash,H. Neal,P. Nedelec,P. Negri,F. Nessi-Tedaldi,H. B. Newman,A. Nikitenko,Maria Margherita Obertino,Ra Ofierzynski,Giovanni Organtini,P. Paganini,M. Paganoni,I. Papadopoulos,R. Paramatti,Nadia Pastrone,F. Pauss,P. Poilleux,I. Puljak,A. Pullia,J. Puzovic,S. Ragazzi,S. Ramos,Shahram Rahatlou,J. Rander,K. Ranjan,O. Ravat,M. Raymond,P. A. Razis,N. Redaelli,D. Renker,S. Reucroft,J. M. Reymond,M. Reynaud,S. Reynaud,T. Romanteau,F. Rondeaux,A. Rosowsky,C. Rovelli,R. Rusack,S. V. Rusakov,M. J. Ryan,H. Rykaczewski,T. Sakhelashvili,R. Salerno,M. Santos,C. Seez,I. Semeniouk,O. Sharif,P. Sharp,C. H. Shepherd-Themistocleous,S. Shevchenko,R. K. Shivpuri,G. Sidiropoulos,D. Sillou,A. Singovski,Y. Sirois,A. M. Sirunyan,B. C. Smith,V. J. Smith,M. Sproston,H. Suter,J. Swain,T. Tabarelli de Fatis,M. Takahashi,R J Tapper,A. Tcheremoukhine,I. Teixeira,J. P. Teixeira,O. Teller,C. Timlin,F. A. Triantis,S. Troshin,N. Tyurin,K. Ueno,A. Uzunian,J. Varela,N. Vaz Cardoso,P. Verrecchia,P. Vichoudis,S. Vigano,G. Viertel,T. Virdee,Minzu Wang,A. J. Weinstein,J. Williams,I. Yaselli,A. Zabi,N. Zamiatin,S. Zelepoukine,M. Zeller,L. Zhang,Y. Zhang,K. Zhu,R. Y. Zhu

Reconstruction of the signal amplitude of the CMS electromagnetic calorimeter

2006

P. Adzic
R Alemany Fernandez
C.F.B. Almeida
N. Almeida
G. Anagnostou
M. Anfreville
I. Aničin
Z. Antunovic
E. Auffray
S. Baccaro
S. Baffioni
D. Barney
Luciano Barone
P. Barrillon
A. Bartoloni
S. Beauceron
F. Beaudette
K. W. Bell
R. Benetta
M. Bercher
U. Berthon
B. L. Betev
R. Beuselinck
A. Bhardwaj
C. Biino
S. Bimbot
J. Blaha
P. Bloch
S. Blyth
P. Bordalo
Adolf Bornheim
J. Bourotte
D. Britton
R. M. Brown
R. Brunelière
P. Busson
Tiziano Camporesi
N. Cartiglia
F. Cavallari
M. Cerutti
D. Chamont
Paoti Chang
Y. H. Chang
C. Charlot
S. Chatterji
E. A. Chen
R. Chipaux
B. C. Choudhary
D. J. A. Cockerill
C. Collard
C. Combaret
F. Cossutti
S. Costantini
J C Da Silva
I. Dafinei
G. Daskalakis
G. Davatz
A. Debraine
D. Decotigny
A. De Min
K. Deiters
M. Dejardin
R. Della Negra
G. Della Ricca
P. Depasse
J. Descamp
G. Dewhirst
S. Dhawan
M. Diemoz
G Dissertori
M. Dittmar
L. Djambazov
L. Dobrzynski
S. Drndarevic
M. Dupanloup
M. Dzelalija
J. Ehlers
H. El Mamouni
A. Elliott-Peisert
I. Evangelou
B. Fabbro
J. L. Faure
J. Fay
F Ferri
P.S. Flower
G. Franzoni
Wolfgang Funk
A. Gaillac
C. Gargiulo
S. Gascon Shotkin
Y. Geerebaert
F. X. Gentit
A. Ghezzi
J. Gilly
A.S. Giolo-Nicollerat
A. Givernaud
S. Gninenko
A. Go
N. Godinovic
N. Golubev
Igor Golutvin
R Gomez Reino
P. Govoni
J. Grahl
P. Gras
J. Greenhalgh
J.P. Guillaud
Maurice Haguenauer
G. Hamel-de-Montechenault
M. Hansen
Helen F Heath
J. A. Hill
Peter R Hobson
D. Holmes
A.G. Holzner
George W. S. Hou
B. Ille
Q. Ingram
A. Jain
P. Jarry
C. Jauffret
M. Jha
M.A. Karar
S. K. Kataria
V. Katchanov
B. W. Kennedy
K Kloukinas
P. Kokkas
M. Korjik
N. Krasnikov
D. Krpic
A. Kyriakis
M. Lebeau
P. Lecomte
Paul Lecoq
M.C. Lemaire
Morgan Lethuillier
W. Lin
A.L. Lintern
A. Lister
V. Litvin
E. Locci
A. B. Lodge
E. Longo
D. Loukas
D. Luckey
W. Lustermann
C. Lynch
C. Mackay
M. Malberti
D. Maletic
I. Mandjavidze
N. Manthos
A. Markou
H. Mathez
A. Mathieu
V. Matveev
G. Maurelli
E. Menichetti
P. Meridiani
P. Milenovic
G. Milleret
P. Miné
M. Mur
Y. Musienko
A. Nardulli
Jordan Nash
H. Neal
P. Nedelec
P. Negri
F. Nessi-Tedaldi
H. B. Newman
A. Nikitenko
Maria Margherita Obertino
Ra Ofierzynski
Giovanni Organtini
P. Paganini
M. Paganoni
I. Papadopoulos
R. Paramatti
Nadia Pastrone
F. Pauss
P. Poilleux
I. Puljak
A. Pullia
J. Puzovic
S. Ragazzi
S. Ramos
Shahram Rahatlou
J. Rander
K. Ranjan
O. Ravat
M. Raymond
P. A. Razis
N. Redaelli
D. Renker
S. Reucroft
J. M. Reymond
M. Reynaud
S. Reynaud
T. Romanteau
F. Rondeaux
A. Rosowsky
C. Rovelli
R. Rusack
S. V. Rusakov
M. J. Ryan
H. Rykaczewski
T. Sakhelashvili
R. Salerno
M. Santos
C. Seez
I. Semeniouk
O. Sharif
P. Sharp
C. H. Shepherd-Themistocleous
S. Shevchenko
R. K. Shivpuri
G. Sidiropoulos
D. Sillou
A. Singovski
Y. Sirois
A. M. Sirunyan
B. C. Smith
V. J. Smith
M. Sproston
H. Suter
J. Swain
T. Tabarelli de Fatis
M. Takahashi
R J Tapper
A. Tcheremoukhine
I. Teixeira
J. P. Teixeira
O. Teller
C. Timlin
F. A. Triantis
S. Troshin
N. Tyurin
K. Ueno
A. Uzunian
J. Varela
N. Vaz Cardoso
P. Verrecchia
P. Vichoudis
S. Vigano
G. Viertel
T. Virdee
Minzu Wang
A. J. Weinstein
J. Williams
I. Yaselli
A. Zabi
N. Zamiatin
S. Zelepoukine
M. Zeller
L. Zhang
Y. Zhang
K. Zhu
R. Y. Zhu

The amplitude of the signal collected from the PbWO4 crystals of the CMS electromagnetic calorimeter is reconstructed by a digital filtering technique. The amplitude reconstruction has been studied with test beam data recorded from a fully equipped barrel supermodule. Issues specific to data taken in the test beam are investigated, and the implementation of the method for CMS data taking is discussed.

Keywords:

Large Hadron Collider
Particle physics
Digital filter
Beam (structure)
Amplitude
Compact Muon Solenoid
Nuclear magnetic resonance
Calorimeter
Supermodule
Physics
Optics
electromagnetic calorimeter
noise correlation
test beam

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