Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up

P. Adzic; R. Alemany-Fernandez; N. Almeida; G. Anagnostou; D. Andelin; M. Anfreville; I. Anicin; Z. Antunovic; R. Arcidiacono; M. W. Arenton; E. Auffray; S. Argiro; A. Askew; O. Atramentov; S. Baccaro; S. Baffioni; M. Balazs; D. Barney; L. M. Barone; A. Bartoloni; C. Baty; D. Bandurin; S. Beauceron; W. Bell; R. Benetta; M. Bercher; C. Bernet; U. Berthon; M. Besancon; B. Betev; R. Beuselinck; C. Biino; J. Blaha; P. Bloch; S. Blyth; A. Bornheim; J. Bourotte; A. M. Brett; R. M. Brown; D. Britton; M. Buehler; P. Busson; B. Camanzi; T. Camporesi; E. Carrera; N. Cartiglia; F. Cavallari; M. Cerutti; P. Chang; Y. H. Chang; C. Charlot; E. A. Chen; W. T. Chen; Z. Chen; R. Chipaux; B. C. Choudhary; R. K. Choudhury; D. J.A. Cockerill; C. Combaret; S. Conetti; F. Cossutti; B. Cox; D. G. Cussans; I. Dafinei; D. R. Da Silva Di Calafiori; G. Daskalakis; G. Davatz; A. David; K. Deiters; M. Dejardin; M. Djordjevic; R. Della Negra; G. Della Ricca; D. Del Re; A. De Min; D. Denegri; P. Depasse; J. Descamps; M. Diemoz; E. Di Marco; G. Dissertori; M. Dittmar; L. Djambazov; L. Dobrzynski; S. Drndarevic; J. E. Duboscq; D. Dutta; M. Dzelalija; A. Elliott-Peisert; H. El Mamouni; I. Evangelou; D. L. Evans; B. Fabbro; J. L. Faure; J. Fay; F. Ferri; P. S. Flower; D. Franci; G. Franzoni

doi:10.1088/1748-0221/3/10/P10007

Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up

P. Adzic, R. Alemany-Fernandez, N. Almeida, G. Anagnostou, D. Andelin, M. Anfreville, I. Anicin, Z. Antunovic, R. Arcidiacono, M. W. Arenton, E. Auffray, S. Argiro, A. Askew, O. Atramentov, S. Baccaro, S. Baffioni, M. Balazs, D. Barney, L. M. Barone, A. BartoloniC. Baty, D. Bandurin, S. Beauceron, W. Bell, R. Benetta, M. Bercher, C. Bernet, U. Berthon, M. Besancon, B. Betev, R. Beuselinck, C. Biino, J. Blaha, P. Bloch, S. Blyth, A. Bornheim, J. Bourotte, A. M. Brett, R. M. Brown, D. Britton, M. Buehler, P. Busson, B. Camanzi, T. Camporesi, E. Carrera, N. Cartiglia, F. Cavallari, M. Cerutti, P. Chang, Y. H. Chang, C. Charlot, E. A. Chen, W. T. Chen, Z. Chen, R. Chipaux, B. C. Choudhary, R. K. Choudhury, D. J.A. Cockerill, C. Combaret, S. Conetti, F. Cossutti, B. Cox, D. G. Cussans, I. Dafinei, D. R. Da Silva Di Calafiori, G. Daskalakis, G. Davatz, A. David, K. Deiters, M. Dejardin, M. Djordjevic, R. Della Negra, G. Della Ricca, D. Del Re, A. De Min, D. Denegri, P. Depasse, J. Descamps, M. Diemoz, E. Di Marco, G. Dissertori, M. Dittmar, L. Djambazov, L. Dobrzynski, S. Drndarevic, J. E. Duboscq, D. Dutta, M. Dzelalija, A. Elliott-Peisert, H. El Mamouni, I. Evangelou, D. L. Evans, B. Fabbro, J. L. Faure, J. Fay, F. Ferri, P. S. Flower, D. Franci, G. Franzoni

Research output: Contribution to journal › Article › peer-review

29 Scopus citations

Abstract

Calibration of the relative response of the individual channels of the barrel electromagnetic calorimeter of the CMS detector was accomplished, before installation, with cosmic ray muons and test beams. One fourth of the calorimeter was exposed to a beam of high energy electrons and the relative calibration of the channels, the intercalibration, was found to be reproducible to a precision of about 0.3%. Additionally, data were collected with cosmic rays for the entire ECAL barrel during the commissioning phase. By comparing the intercalibration constants obtained with the electron beam data with those from the cosmic ray data, it is demonstrated that the latter provide an intercalibration precision of 1.5% over most of the barrel ECAL. The best intercalibration precision is expected to come from the analysis of events collected in situ during the LHC operation. Using data collected with both electrons and pion beams, several aspects of the intercalibration procedures based on electrons or neutral pions were investigated.

Original language	English
Article number	P10007
Journal	Journal of Instrumentation
Volume	3
Issue number	10
DOIs	https://doi.org/10.1088/1748-0221/3/10/P10007
State	Published - 2008
Externally published	Yes

Keywords

Calorimeters
Large detector systems for particle and astroparticle physics

Access to Document

10.1088/1748-0221/3/10/P10007

Cite this

Adzic, P., Alemany-Fernandez, R., Almeida, N., Anagnostou, G., Andelin, D., Anfreville, M., Anicin, I., Antunovic, Z., Arcidiacono, R., Arenton, M. W., Auffray, E., Argiro, S., Askew, A., Atramentov, O., Baccaro, S., Baffioni, S., Balazs, M., Barney, D., Barone, L. M., ... Franzoni, G. (2008). Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up. Journal of Instrumentation, 3(10), Article P10007. https://doi.org/10.1088/1748-0221/3/10/P10007

@article{12e079ebe4cb4ba1b7cf67f4a4406b73,

title = "Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up",

abstract = "Calibration of the relative response of the individual channels of the barrel electromagnetic calorimeter of the CMS detector was accomplished, before installation, with cosmic ray muons and test beams. One fourth of the calorimeter was exposed to a beam of high energy electrons and the relative calibration of the channels, the intercalibration, was found to be reproducible to a precision of about 0.3%. Additionally, data were collected with cosmic rays for the entire ECAL barrel during the commissioning phase. By comparing the intercalibration constants obtained with the electron beam data with those from the cosmic ray data, it is demonstrated that the latter provide an intercalibration precision of 1.5% over most of the barrel ECAL. The best intercalibration precision is expected to come from the analysis of events collected in situ during the LHC operation. Using data collected with both electrons and pion beams, several aspects of the intercalibration procedures based on electrons or neutral pions were investigated.",

keywords = "Calorimeters, Large detector systems for particle and astroparticle physics",

author = "P. Adzic and R. Alemany-Fernandez and N. Almeida and G. Anagnostou and D. Andelin and M. Anfreville and I. Anicin and Z. Antunovic and R. Arcidiacono and Arenton, {M. W.} and E. Auffray and S. Argiro and A. Askew and O. Atramentov and S. Baccaro and S. Baffioni and M. Balazs and D. Barney and Barone, {L. M.} and A. Bartoloni and C. Baty and D. Bandurin and S. Beauceron and W. Bell and R. Benetta and M. Bercher and C. Bernet and U. Berthon and M. Besancon and B. Betev and R. Beuselinck and C. Biino and J. Blaha and P. Bloch and S. Blyth and A. Bornheim and J. Bourotte and Brett, {A. M.} and Brown, {R. M.} and D. Britton and M. Buehler and P. Busson and B. Camanzi and T. Camporesi and E. Carrera and N. Cartiglia and F. Cavallari and M. Cerutti and P. Chang and Chang, {Y. H.} and C. Charlot and Chen, {E. A.} and Chen, {W. T.} and Z. Chen and R. Chipaux and Choudhary, {B. C.} and Choudhury, {R. K.} and Cockerill, {D. J.A.} and C. Combaret and S. Conetti and F. Cossutti and B. Cox and Cussans, {D. G.} and I. Dafinei and {Da Silva Di Calafiori}, {D. R.} and G. Daskalakis and G. Davatz and A. David and K. Deiters and M. Dejardin and M. Djordjevic and {Della Negra}, R. and {Della Ricca}, G. and {Del Re}, D. and {De Min}, A. and D. Denegri and P. Depasse and J. Descamps and M. Diemoz and {Di Marco}, E. and G. Dissertori and M. Dittmar and L. Djambazov and L. Dobrzynski and S. Drndarevic and Duboscq, {J. E.} and D. Dutta and M. Dzelalija and A. Elliott-Peisert and {El Mamouni}, H. and I. Evangelou and Evans, {D. L.} and B. Fabbro and Faure, {J. L.} and J. Fay and F. Ferri and Flower, {P. S.} and D. Franci and G. Franzoni",

year = "2008",

doi = "10.1088/1748-0221/3/10/P10007",

language = "Ingl{\'e}s",

volume = "3",

journal = "Journal of Instrumentation",

issn = "1748-0221",

number = "10",

}

Adzic, P, Alemany-Fernandez, R, Almeida, N, Anagnostou, G, Andelin, D, Anfreville, M, Anicin, I, Antunovic, Z, Arcidiacono, R, Arenton, MW, Auffray, E, Argiro, S, Askew, A, Atramentov, O, Baccaro, S, Baffioni, S, Balazs, M, Barney, D, Barone, LM, Bartoloni, A, Baty, C, Bandurin, D, Beauceron, S, Bell, W, Benetta, R, Bercher, M, Bernet, C, Berthon, U, Besancon, M, Betev, B, Beuselinck, R, Biino, C, Blaha, J, Bloch, P, Blyth, S, Bornheim, A, Bourotte, J, Brett, AM, Brown, RM, Britton, D, Buehler, M, Busson, P, Camanzi, B, Camporesi, T, Carrera, E, Cartiglia, N, Cavallari, F, Cerutti, M, Chang, P, Chang, YH, Charlot, C, Chen, EA, Chen, WT, Chen, Z, Chipaux, R, Choudhary, BC, Choudhury, RK, Cockerill, DJA, Combaret, C, Conetti, S, Cossutti, F, Cox, B, Cussans, DG, Dafinei, I, Da Silva Di Calafiori, DR, Daskalakis, G, Davatz, G, David, A, Deiters, K, Dejardin, M, Djordjevic, M, Della Negra, R, Della Ricca, G, Del Re, D, De Min, A, Denegri, D, Depasse, P, Descamps, J, Diemoz, M, Di Marco, E, Dissertori, G, Dittmar, M, Djambazov, L, Dobrzynski, L, Drndarevic, S, Duboscq, JE, Dutta, D, Dzelalija, M, Elliott-Peisert, A, El Mamouni, H, Evangelou, I, Evans, DL, Fabbro, B, Faure, JL, Fay, J, Ferri, F, Flower, PS, Franci, D & Franzoni, G 2008, 'Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up', Journal of Instrumentation, vol. 3, no. 10, P10007. https://doi.org/10.1088/1748-0221/3/10/P10007

TY - JOUR

T1 - Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up

AU - Adzic, P.

AU - Alemany-Fernandez, R.

AU - Almeida, N.

AU - Anagnostou, G.

AU - Andelin, D.

AU - Anfreville, M.

AU - Anicin, I.

AU - Antunovic, Z.

AU - Arcidiacono, R.

AU - Arenton, M. W.

AU - Auffray, E.

AU - Argiro, S.

AU - Askew, A.

AU - Atramentov, O.

AU - Baccaro, S.

AU - Baffioni, S.

AU - Balazs, M.

AU - Barney, D.

AU - Barone, L. M.

AU - Bartoloni, A.

AU - Baty, C.

AU - Bandurin, D.

AU - Beauceron, S.

AU - Bell, W.

AU - Benetta, R.

AU - Bercher, M.

AU - Bernet, C.

AU - Berthon, U.

AU - Besancon, M.

AU - Betev, B.

AU - Beuselinck, R.

AU - Biino, C.

AU - Blaha, J.

AU - Bloch, P.

AU - Blyth, S.

AU - Bornheim, A.

AU - Bourotte, J.

AU - Brett, A. M.

AU - Brown, R. M.

AU - Britton, D.

AU - Buehler, M.

AU - Busson, P.

AU - Camanzi, B.

AU - Camporesi, T.

AU - Carrera, E.

AU - Cartiglia, N.

AU - Cavallari, F.

AU - Cerutti, M.

AU - Chang, P.

AU - Chang, Y. H.

AU - Charlot, C.

AU - Chen, E. A.

AU - Chen, W. T.

AU - Chen, Z.

AU - Chipaux, R.

AU - Choudhary, B. C.

AU - Choudhury, R. K.

AU - Cockerill, D. J.A.

AU - Combaret, C.

AU - Conetti, S.

AU - Cossutti, F.

AU - Cox, B.

AU - Cussans, D. G.

AU - Dafinei, I.

AU - Da Silva Di Calafiori, D. R.

AU - Daskalakis, G.

AU - Davatz, G.

AU - David, A.

AU - Deiters, K.

AU - Dejardin, M.

AU - Djordjevic, M.

AU - Della Negra, R.

AU - Della Ricca, G.

AU - Del Re, D.

AU - De Min, A.

AU - Denegri, D.

AU - Depasse, P.

AU - Descamps, J.

AU - Diemoz, M.

AU - Di Marco, E.

AU - Dissertori, G.

AU - Dittmar, M.

AU - Djambazov, L.

AU - Dobrzynski, L.

AU - Drndarevic, S.

AU - Duboscq, J. E.

AU - Dutta, D.

AU - Dzelalija, M.

AU - Elliott-Peisert, A.

AU - El Mamouni, H.

AU - Evangelou, I.

AU - Evans, D. L.

AU - Fabbro, B.

AU - Faure, J. L.

AU - Fay, J.

AU - Ferri, F.

AU - Flower, P. S.

AU - Franci, D.

AU - Franzoni, G.

PY - 2008

Y1 - 2008

N2 - Calibration of the relative response of the individual channels of the barrel electromagnetic calorimeter of the CMS detector was accomplished, before installation, with cosmic ray muons and test beams. One fourth of the calorimeter was exposed to a beam of high energy electrons and the relative calibration of the channels, the intercalibration, was found to be reproducible to a precision of about 0.3%. Additionally, data were collected with cosmic rays for the entire ECAL barrel during the commissioning phase. By comparing the intercalibration constants obtained with the electron beam data with those from the cosmic ray data, it is demonstrated that the latter provide an intercalibration precision of 1.5% over most of the barrel ECAL. The best intercalibration precision is expected to come from the analysis of events collected in situ during the LHC operation. Using data collected with both electrons and pion beams, several aspects of the intercalibration procedures based on electrons or neutral pions were investigated.

AB - Calibration of the relative response of the individual channels of the barrel electromagnetic calorimeter of the CMS detector was accomplished, before installation, with cosmic ray muons and test beams. One fourth of the calorimeter was exposed to a beam of high energy electrons and the relative calibration of the channels, the intercalibration, was found to be reproducible to a precision of about 0.3%. Additionally, data were collected with cosmic rays for the entire ECAL barrel during the commissioning phase. By comparing the intercalibration constants obtained with the electron beam data with those from the cosmic ray data, it is demonstrated that the latter provide an intercalibration precision of 1.5% over most of the barrel ECAL. The best intercalibration precision is expected to come from the analysis of events collected in situ during the LHC operation. Using data collected with both electrons and pion beams, several aspects of the intercalibration procedures based on electrons or neutral pions were investigated.

KW - Calorimeters

KW - Large detector systems for particle and astroparticle physics

UR - http://www.scopus.com/inward/record.url?scp=62749151854&partnerID=8YFLogxK

U2 - 10.1088/1748-0221/3/10/P10007

DO - 10.1088/1748-0221/3/10/P10007

M3 - Artículo

AN - SCOPUS:62749151854

SN - 1748-0221

VL - 3

JO - Journal of Instrumentation

JF - Journal of Instrumentation

IS - 10

M1 - P10007

ER -

Intercalibration of the barrel electromagnetic calorimeter of the CMS experiment at start-up

Abstract

Keywords

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