Irradiation aging of the CMS Drift Tube muon detector

D. D.Redondo Ferrero; G. Abbiendi; J. Alcaraz Maestre; A. Álvarez Fernández; B. Álvarez González; N. Amapane; I. Bachiller; J. M. Barcala; L. Barcellan; C. Battilana; M. Bellato; G. Bencze; M. Benettoni; N. Beni; A. Benvenuti; L. C.Blanco Ramos; A. Boletti; A. Bragagnolo; J. A.Brochero Cifuentes; V. Cafaro; A. Calderon; E. Calvo; A. Cappati; R. Carlin; C. A.Carrillo Montoya; S. Caturan; F. R. Cavallo; J. M.Cela Ruiz; M. Cepeda; M. Cerrada; B. Chazin Quero; P. Checchia; L. Ciano; N. Colino; D. Corti; G. Cotto; J. Cuevas; M. Cuffiani; G. M. Dallavalle; D. Dattola; B. De La Cruz; P. De Remigis; J. F. de Trocóniz; C. Erice Cid; C. F. Bedoya; F. Fabbri; A. Fanfani; D. Fasanella; P. Fernandez Manteca; J. Fernández Menéndez; J. P.Fernández Ramos; S. Folgueras; M. C. Fouz; D. Francia Ferrero; J. García Romero; F. Gasparini; U. Gasparini; V. Giordano; F. Gomez Casademunt; F. Gonella; I. González Caballero; J. R.González Fernández; O. González López; S. Gosh; S. Goy López; A. Gozzelino; A. Griggio; G. Grosso; C. Guandalini; L. Guiducci; M. Gulmini; T. Hebbeker; C. Heidemann; J. M. Hernández; K. Hoepfner; F. Iemmi; R. Isocrate; M. I. Josa; B. Kiani; S. Lacaprara; S. Lo Meo; S. Marcellini; M. Margoni; J. Marín; C. Mariotti; I. Martín Martín; J. J.Martínez Morales; C. Martínez Rivero; S. Maselli; G. Masetti; A. T. Meneguzzo; M. Merschmeyer; G. Mocellin; L. Modenese; A. Molinero; J. Molnar; F. Montecassiano; D. Moran; J. J. Navarrete; F. Navarria; Navarro Tobar; J. C. Oller; M. Passaseo; J. Pazzini; M. Pegoraro; J. Puerta Pelayo; M. Pelliccioni; B. Philipps; J. Piedra Gomez; G. L.Pinna Angioni; N. Pozzobon; M. Presilla; C. Prieels; F. Primavera; J. C.Puras Sánchez; I. Redondo; H. Reithler; T. Rodrigo; V. Rodríguez Bouza; J. Roemer; P. Ronchese; R. Rossin; F. Rotondo; T. Rovelli; S. Sánchez Cruz; S. Sánchez Navas; J. Sastre; L. Scodellaro; F. Simonetto; M. S. Soares; A. Staiano; Z. Szillasi; D. F. Teyssier; N. Toniolo; E. Torassa; D. Trocino; B. Ujvari; S. Ventura; R. Vilar Cortabitarte; J. Vizan Garcia; M. Zanetti; F. P. Zantis; G. Zilizi; P. Zotto

doi:10.1016/j.radphyschem.2020.108747

A. Calderon, E. Calvo, A. Cappati, R. Carlin, C. A.Carrillo Montoya, S. Caturan, F. R. Cavallo, J. M.Cela Ruiz, M. Cepeda, M. Cerrada, B. Chazin Quero, P. Checchia, L. Ciano, N. Colino, D. Corti, G. Cotto, J. Cuevas, M. Cuffiani, G. M. Dallavalle, D. Dattola, B. De La Cruz, P. De Remigis, J. F. de Trocóniz, C. Erice Cid, C. F. Bedoya, F. Fabbri, A. Fanfani, D. Fasanella, P. Fernandez Manteca, J. Fernández Menéndez, J. P.Fernández Ramos, S. Folgueras, M. C. Fouz, D. Francia Ferrero, J. García Romero, F. Gasparini, U. Gasparini, V. Giordano, F. Gomez Casademunt, F. Gonella, I. González Caballero, J. R.González Fernández, O. González López, S. Gosh, S. Goy López, A. Gozzelino, A. Griggio, G. Grosso, C. Guandalini, L. Guiducci, M. Gulmini, T. Hebbeker, C. Heidemann, J. M. Hernández, K. Hoepfner, F. Iemmi, R. Isocrate, M. I. Josa, B. Kiani, S. Lacaprara, S. Lo Meo, S. Marcellini, M. Margoni, J. Marín, C. Mariotti, I. Martín Martín, J. J.Martínez Morales, C. Martínez Rivero, S. Maselli, G. Masetti, A. T. Meneguzzo, M. Merschmeyer, G. Mocellin, L. Modenese, A. Molinero, J. Molnar, F. Montecassiano, D. Moran, J. J. Navarrete, F. Navarria, Navarro Tobar, J. C. Oller, M. Passaseo, J. Pazzini, M. Pegoraro, J. Puerta Pelayo, M. Pelliccioni, B. Philipps, J. Piedra Gomez, G. L.Pinna Angioni, N. Pozzobon, M. Presilla, C. Prieels, F. Primavera, J. C.Puras Sánchez, I. Redondo, H. Reithler, T. Rodrigo, V. Rodríguez Bouza, J. Roemer, P. Ronchese, R. Rossin, F. Rotondo, T. Rovelli, S. Sánchez Cruz, S. Sánchez Navas, J. Sastre, L. Scodellaro, F. Simonetto, M. S. Soares, A. Staiano, Z. Szillasi, D. F. Teyssier, N. Toniolo, E. Torassa, D. Trocino, B. Ujvari, S. Ventura, R. Vilar Cortabitarte, J. Vizan Garcia, M. Zanetti, F. P. Zantis, G. Zilizi, P. Zotto

Centro de Investigaciones Energéticas Medioambientales y Tecnológicas (CIEMAT)
INFN Sezione di Bologna
University of Oviedo
INFN Sezione di Torino
University of Turin
University of Padova
University of Bologna
Wigner Research Centre for Physics
Institute of Nuclear Research ATOMKI
CSIC-Univ. Cantabria
Universidad Autónoma de Madrid
European Organization for Nuclear Research
RWTH Aachen University
Laboratori Nazionali di Legnaro
ENEA Climate Modeling and Impacts
University of Debrecen

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

1 Citation (Scopus)

Abstract

During the High Luminosity LHC, the Drift Tube chambers installed in the CMS detector need to operate with an integrated dose ten times higher than expected at the LHC due to the increase in integrated luminosity from 300 fb^-1 to 3000 fb^-1. Irradiations have been performed to assess the performance of the detector under such conditions and to characterize the radiation aging of the detector. The presented analysis focuses on the behaviour of the high voltage currents and the dose measurements needed to extrapolate the results to High Luminosity conditions, using data from the photon irradiation campaign at GIF++ in 2016 as well as the efficiency analysis from the irradiation campaign started in 2017. Although the single-wire loss of high voltage gain observed of 70% is very high, the muon reconstruction efficiency is expected to decrease less than 20% during the full duration of High Luminosity LHC in the areas under highest irradiation.

Original language	English
Article number	108747
Journal	Radiation Physics and Chemistry
Volume	172
DOIs	https://doi.org/10.1016/j.radphyschem.2020.108747
Publication status	Published - 1 Jul 2020
Externally published	Yes

Keywords

Accelerator physics
CMS
Colliders
DT
HL-LHC upgrade
Instrumentation
LHC
Muon detectors
Particle physics
Radiation aging
Radiation dose measurements

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10.1016/j.radphyschem.2020.108747

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Ferrero, D. D. R., Abbiendi, G., Maestre, J. A., Fernández, A. Á., González, B. Á., Amapane, N., Bachiller, I., Barcala, J. M., Barcellan, L., Battilana, C., Bellato, M., Bencze, G., Benettoni, M., Beni, N., Benvenuti, A., Ramos, L. C. B., Boletti, A., Bragagnolo, A., Cifuentes, J. A. B., ... Zotto, P. (2020). Irradiation aging of the CMS Drift Tube muon detector. Radiation Physics and Chemistry, 172, Article 108747. https://doi.org/10.1016/j.radphyschem.2020.108747

@article{9cc78a13b9184c8e8bf8efd8c058c96b,

title = "Irradiation aging of the CMS Drift Tube muon detector",

abstract = "During the High Luminosity LHC, the Drift Tube chambers installed in the CMS detector need to operate with an integrated dose ten times higher than expected at the LHC due to the increase in integrated luminosity from 300 fb-1 to 3000 fb-1. Irradiations have been performed to assess the performance of the detector under such conditions and to characterize the radiation aging of the detector. The presented analysis focuses on the behaviour of the high voltage currents and the dose measurements needed to extrapolate the results to High Luminosity conditions, using data from the photon irradiation campaign at GIF++ in 2016 as well as the efficiency analysis from the irradiation campaign started in 2017. Although the single-wire loss of high voltage gain observed of 70\% is very high, the muon reconstruction efficiency is expected to decrease less than 20\% during the full duration of High Luminosity LHC in the areas under highest irradiation.",

keywords = "Accelerator physics, CMS, Colliders, DT, HL-LHC upgrade, Instrumentation, LHC, Muon detectors, Particle physics, Radiation aging, Radiation dose measurements",

author = "Ferrero, \{D. D.Redondo\} and G. Abbiendi and Maestre, \{J. Alcaraz\} and Fern{\'a}ndez, \{A. {\'A}lvarez\} and Gonz{\'a}lez, \{B. {\'A}lvarez\} and N. Amapane and I. Bachiller and Barcala, \{J. M.\} and L. Barcellan and C. Battilana and M. Bellato and G. Bencze and M. Benettoni and N. Beni and A. Benvenuti and Ramos, \{L. C.Blanco\} and A. Boletti and A. Bragagnolo and Cifuentes, \{J. A.Brochero\} and V. Cafaro and A. Calderon and E. Calvo and A. Cappati and R. Carlin and Montoya, \{C. A.Carrillo\} and S. Caturan and Cavallo, \{F. R.\} and Ruiz, \{J. M.Cela\} and M. Cepeda and M. Cerrada and Quero, \{B. Chazin\} and P. Checchia and L. Ciano and N. Colino and D. Corti and G. Cotto and J. Cuevas and M. Cuffiani and Dallavalle, \{G. M.\} and D. Dattola and \{De La Cruz\}, B. and \{De Remigis\}, P. and \{de Troc{\'o}niz\}, \{J. F.\} and Cid, \{C. Erice\} and Bedoya, \{C. F.\} and F. Fabbri and A. Fanfani and D. Fasanella and Manteca, \{P. Fernandez\} and Men{\'e}ndez, \{J. Fern{\'a}ndez\} and Ramos, \{J. P.Fern{\'a}ndez\} and S. Folgueras and Fouz, \{M. C.\} and Ferrero, \{D. Francia\} and Romero, \{J. Garc{\'i}a\} and F. Gasparini and U. Gasparini and V. Giordano and Casademunt, \{F. Gomez\} and F. Gonella and Caballero, \{I. Gonz{\'a}lez\} and Fern{\'a}ndez, \{J. R.Gonz{\'a}lez\} and L{\'o}pez, \{O. Gonz{\'a}lez\} and S. Gosh and L{\'o}pez, \{S. Goy\} and A. Gozzelino and A. Griggio and G. Grosso and C. Guandalini and L. Guiducci and M. Gulmini and T. Hebbeker and C. Heidemann and Hern{\'a}ndez, \{J. M.\} and K. Hoepfner and F. Iemmi and R. Isocrate and Josa, \{M. I.\} and B. Kiani and S. Lacaprara and \{Lo Meo\}, S. and S. Marcellini and M. Margoni and J. Mar{\'i}n and C. Mariotti and Mart{\'i}n, \{I. Mart{\'i}n\} and Morales, \{J. J.Mart{\'i}nez\} and Rivero, \{C. Mart{\'i}nez\} and S. Maselli and G. Masetti and Meneguzzo, \{A. T.\} and M. Merschmeyer and G. Mocellin and L. Modenese and A. Molinero and J. Molnar and F. Montecassiano and D. Moran and Navarrete, \{J. J.\} and F. Navarria and Navarro Tobar and Oller, \{J. C.\} and M. Passaseo and J. Pazzini and M. Pegoraro and Pelayo, \{J. Puerta\} and M. Pelliccioni and B. Philipps and Gomez, \{J. Piedra\} and Angioni, \{G. L.Pinna\} and N. Pozzobon and M. Presilla and C. Prieels and F. Primavera and S{\'a}nchez, \{J. C.Puras\} and I. Redondo and H. Reithler and T. Rodrigo and Bouza, \{V. Rodr{\'i}guez\} and J. Roemer and P. Ronchese and R. Rossin and F. Rotondo and T. Rovelli and Cruz, \{S. S{\'a}nchez\} and Navas, \{S. S{\'a}nchez\} and J. Sastre and L. Scodellaro and F. Simonetto and Soares, \{M. S.\} and A. Staiano and Z. Szillasi and Teyssier, \{D. F.\} and N. Toniolo and E. Torassa and D. Trocino and B. Ujvari and S. Ventura and Cortabitarte, \{R. Vilar\} and Garcia, \{J. Vizan\} and M. Zanetti and Zantis, \{F. P.\} and G. Zilizi and P. Zotto",

note = "Publisher Copyright: {\textcopyright} 2020 Elsevier Ltd",

year = "2020",

month = jul,

day = "1",

doi = "10.1016/j.radphyschem.2020.108747",

language = "English",

volume = "172",

journal = "Radiation Physics and Chemistry",

issn = "0969-806X",

publisher = "Elsevier Ltd",

}

Ferrero, DDR, Abbiendi, G, Maestre, JA, Fernández, AÁ, González, BÁ, Amapane, N, Bachiller, I, Barcala, JM, Barcellan, L, Battilana, C, Bellato, M, Bencze, G, Benettoni, M, Beni, N, Benvenuti, A, Ramos, LCB, Boletti, A, Bragagnolo, A, Cifuentes, JAB, Cafaro, V, Calderon, A, Calvo, E, Cappati, A, Carlin, R, Montoya, CAC, Caturan, S, Cavallo, FR, Ruiz, JMC, Cepeda, M, Cerrada, M, Quero, BC, Checchia, P, Ciano, L, Colino, N, Corti, D, Cotto, G, Cuevas, J, Cuffiani, M, Dallavalle, GM, Dattola, D, De La Cruz, B, De Remigis, P, de Trocóniz, JF, Cid, CE, Bedoya, CF, Fabbri, F, Fanfani, A, Fasanella, D, Manteca, PF, Menéndez, JF, Ramos, JPF, Folgueras, S, Fouz, MC, Ferrero, DF, Romero, JG, Gasparini, F, Gasparini, U, Giordano, V, Casademunt, FG, Gonella, F, Caballero, IG, Fernández, JRG, López, OG, Gosh, S, López, SG, Gozzelino, A, Griggio, A, Grosso, G, Guandalini, C, Guiducci, L, Gulmini, M, Hebbeker, T, Heidemann, C, Hernández, JM, Hoepfner, K, Iemmi, F, Isocrate, R, Josa, MI, Kiani, B, Lacaprara, S, Lo Meo, S, Marcellini, S, Margoni, M, Marín, J, Mariotti, C, Martín, IM, Morales, JJM, Rivero, CM, Maselli, S, Masetti, G, Meneguzzo, AT, Merschmeyer, M, Mocellin, G, Modenese, L, Molinero, A, Molnar, J, Montecassiano, F, Moran, D, Navarrete, JJ, Navarria, F, Tobar, N, Oller, JC, Passaseo, M, Pazzini, J, Pegoraro, M, Pelayo, JP, Pelliccioni, M, Philipps, B, Gomez, JP, Angioni, GLP, Pozzobon, N, Presilla, M, Prieels, C, Primavera, F, Sánchez, JCP, Redondo, I, Reithler, H, Rodrigo, T, Bouza, VR, Roemer, J, Ronchese, P, Rossin, R, Rotondo, F, Rovelli, T, Cruz, SS, Navas, SS, Sastre, J, Scodellaro, L, Simonetto, F, Soares, MS, Staiano, A, Szillasi, Z, Teyssier, DF, Toniolo, N, Torassa, E, Trocino, D, Ujvari, B, Ventura, S, Cortabitarte, RV, Garcia, JV, Zanetti, M, Zantis, FP, Zilizi, G & Zotto, P 2020, 'Irradiation aging of the CMS Drift Tube muon detector', Radiation Physics and Chemistry, vol. 172, 108747. https://doi.org/10.1016/j.radphyschem.2020.108747

TY - JOUR

T1 - Irradiation aging of the CMS Drift Tube muon detector

AU - Ferrero, D. D.Redondo

AU - Abbiendi, G.

AU - Maestre, J. Alcaraz

AU - Fernández, A. Álvarez

AU - González, B. Álvarez

AU - Amapane, N.

AU - Bachiller, I.

AU - Barcala, J. M.

AU - Barcellan, L.

AU - Battilana, C.

AU - Bellato, M.

AU - Bencze, G.

AU - Benettoni, M.

AU - Beni, N.

AU - Benvenuti, A.

AU - Ramos, L. C.Blanco

AU - Boletti, A.

AU - Bragagnolo, A.

AU - Cifuentes, J. A.Brochero

AU - Cafaro, V.

AU - Calderon, A.

AU - Calvo, E.

AU - Cappati, A.

AU - Carlin, R.

AU - Montoya, C. A.Carrillo

AU - Caturan, S.

AU - Cavallo, F. R.

AU - Ruiz, J. M.Cela

AU - Cepeda, M.

AU - Cerrada, M.

AU - Quero, B. Chazin

AU - Checchia, P.

AU - Ciano, L.

AU - Colino, N.

AU - Corti, D.

AU - Cotto, G.

AU - Cuevas, J.

AU - Cuffiani, M.

AU - Dallavalle, G. M.

AU - Dattola, D.

AU - De La Cruz, B.

AU - De Remigis, P.

AU - de Trocóniz, J. F.

AU - Cid, C. Erice

AU - Bedoya, C. F.

AU - Fabbri, F.

AU - Fanfani, A.

AU - Fasanella, D.

AU - Manteca, P. Fernandez

AU - Menéndez, J. Fernández

AU - Ramos, J. P.Fernández

AU - Folgueras, S.

AU - Fouz, M. C.

AU - Ferrero, D. Francia

AU - Romero, J. García

AU - Gasparini, F.

AU - Gasparini, U.

AU - Giordano, V.

AU - Casademunt, F. Gomez

AU - Gonella, F.

AU - Caballero, I. González

AU - Fernández, J. R.González

AU - López, O. González

AU - Gosh, S.

AU - López, S. Goy

AU - Gozzelino, A.

AU - Griggio, A.

AU - Grosso, G.

AU - Guandalini, C.

AU - Guiducci, L.

AU - Gulmini, M.

AU - Hebbeker, T.

AU - Heidemann, C.

AU - Hernández, J. M.

AU - Hoepfner, K.

AU - Iemmi, F.

AU - Isocrate, R.

AU - Josa, M. I.

AU - Kiani, B.

AU - Lacaprara, S.

AU - Lo Meo, S.

AU - Marcellini, S.

AU - Margoni, M.

AU - Marín, J.

AU - Mariotti, C.

AU - Martín, I. Martín

AU - Morales, J. J.Martínez

AU - Rivero, C. Martínez

AU - Maselli, S.

AU - Masetti, G.

AU - Meneguzzo, A. T.

AU - Merschmeyer, M.

AU - Mocellin, G.

AU - Modenese, L.

AU - Molinero, A.

AU - Molnar, J.

AU - Montecassiano, F.

AU - Moran, D.

AU - Navarrete, J. J.

AU - Navarria, F.

AU - Tobar, Navarro

AU - Oller, J. C.

AU - Passaseo, M.

AU - Pazzini, J.

AU - Pegoraro, M.

AU - Pelayo, J. Puerta

AU - Pelliccioni, M.

AU - Philipps, B.

AU - Gomez, J. Piedra

AU - Angioni, G. L.Pinna

AU - Pozzobon, N.

AU - Presilla, M.

AU - Prieels, C.

AU - Primavera, F.

AU - Sánchez, J. C.Puras

AU - Redondo, I.

AU - Reithler, H.

AU - Rodrigo, T.

AU - Bouza, V. Rodríguez

AU - Roemer, J.

AU - Ronchese, P.

AU - Rossin, R.

AU - Rotondo, F.

AU - Rovelli, T.

AU - Cruz, S. Sánchez

AU - Navas, S. Sánchez

AU - Sastre, J.

AU - Scodellaro, L.

AU - Simonetto, F.

AU - Soares, M. S.

AU - Staiano, A.

AU - Szillasi, Z.

AU - Teyssier, D. F.

AU - Toniolo, N.

AU - Torassa, E.

AU - Trocino, D.

AU - Ujvari, B.

AU - Ventura, S.

AU - Cortabitarte, R. Vilar

AU - Garcia, J. Vizan

AU - Zanetti, M.

AU - Zantis, F. P.

AU - Zilizi, G.

AU - Zotto, P.

PY - 2020/7/1

Y1 - 2020/7/1

N2 - During the High Luminosity LHC, the Drift Tube chambers installed in the CMS detector need to operate with an integrated dose ten times higher than expected at the LHC due to the increase in integrated luminosity from 300 fb-1 to 3000 fb-1. Irradiations have been performed to assess the performance of the detector under such conditions and to characterize the radiation aging of the detector. The presented analysis focuses on the behaviour of the high voltage currents and the dose measurements needed to extrapolate the results to High Luminosity conditions, using data from the photon irradiation campaign at GIF++ in 2016 as well as the efficiency analysis from the irradiation campaign started in 2017. Although the single-wire loss of high voltage gain observed of 70% is very high, the muon reconstruction efficiency is expected to decrease less than 20% during the full duration of High Luminosity LHC in the areas under highest irradiation.

AB - During the High Luminosity LHC, the Drift Tube chambers installed in the CMS detector need to operate with an integrated dose ten times higher than expected at the LHC due to the increase in integrated luminosity from 300 fb-1 to 3000 fb-1. Irradiations have been performed to assess the performance of the detector under such conditions and to characterize the radiation aging of the detector. The presented analysis focuses on the behaviour of the high voltage currents and the dose measurements needed to extrapolate the results to High Luminosity conditions, using data from the photon irradiation campaign at GIF++ in 2016 as well as the efficiency analysis from the irradiation campaign started in 2017. Although the single-wire loss of high voltage gain observed of 70% is very high, the muon reconstruction efficiency is expected to decrease less than 20% during the full duration of High Luminosity LHC in the areas under highest irradiation.

KW - Accelerator physics

KW - CMS

KW - Colliders

KW - DT

KW - HL-LHC upgrade

KW - Instrumentation

KW - LHC

KW - Muon detectors

KW - Particle physics

KW - Radiation aging

KW - Radiation dose measurements

U2 - 10.1016/j.radphyschem.2020.108747

DO - 10.1016/j.radphyschem.2020.108747

M3 - Article

AN - SCOPUS:85081027673

SN - 0969-806X

VL - 172

JO - Radiation Physics and Chemistry

JF - Radiation Physics and Chemistry

M1 - 108747

ER -

Irradiation aging of the CMS Drift Tube muon detector

Abstract

Keywords

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