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R&D on a new type of micropattern gaseous detector: The Fast Timing Micropattern detector
Micropattern gaseous detectors (MPGD) underwent significant upgrades in recent years, introducing resistive materials to build compact spark-protected devices. Exploiting this technology further, various features such as space and time resolution, rate capability, sensitive area, operational stabili...
| Autores principales: | , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , |
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| Lenguaje: | eng |
| Publicado: |
2016
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| Materias: | |
| Acceso en línea: | https://dx.doi.org/10.1016/j.nima.2016.05.067 http://cds.cern.ch/record/2238326 |
| _version_ | 1780952922198114304 |
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| author | Abbaneo, D Abbas, M Abbrescia, M Abi Akl, M Aboamer, O Acosta, D Ahmad, A Ahmed, W Aleksandrov, A Altieri, P Asawatangtrakuldee, C Aspell, P Assran, Y Awan, I Bally, S Ban, Y Banerjee, S Barashko, V Barria, P Bencze, G Beni, N Benussi, L Bhopatkar, V Bianco, S Bos, J Bouhali, O Braghieri, A Braibant, S Buontempo, S Calabria, C Caponero, M Caputo, C Cassese, F Castaneda, A Cauwenbergh, S Cavallo, F R Celik, A Choi, M Choi, S Christiansen, J Cimmino, A Colafranceschi, S Colaleo, A Conde Garcia, A Czellar, S Dabrowski, M M De Lentdecker, G Oliveira, R De De Robertis, G Dildick, S Dorney, B Endroczi, G Errico, F Fallavollita, F Fenyvesi, A Ferry, S Furic, I Giacomelli, P Gilmore, J Golovtsov, V Guiducci, L Guilloux, F Gutierrez, A Hadjiiska, R M Hauser, J Hoepfner, K Hohlmann, M Hoorani, H Iaydjiev, P Jeng, Y G Kamon, T Karchin, P Korytov, A Krutelyov, S Kumar, A Kim, H Lee, J Lenzi, T Litov, L Loddo, F Madorsky, A Maerschalk, T Maggi, M Magnani, A Mal, P K Mandal, K Marchioro, A Marinov, A Majumdar, N Merlin, J A Mitselmakher, G Mohanty, A K Mohapatra, A Molnar, J Muhammad, S Mukhopadhyay, S Naimuddin, M Nuzzo, S Oliveri, E Pant, L M Paolucci, P Park, I Passeggio, G Pavlov, B Philipps, B Piccolo, D Postema, H Puig Baranac, A Radi, A Radogna, R Raffone, G Ranieri, A Rashevski, G Ressegotti, M Riccardi, C Rodozov, M Rodrigues, A Ropelewski, L RoyChowdhury, S Ryu, G Ryu, M S Safonov, A Salva, S Saviano, G Sharma, A Sharma, A Sharma, R Shah, A H Shopova, M Sturdy, J Sultanov, G Swain, S K Szillasi, Z Talvitie, J Tatarinov, A Tuuva, T Tytgat, M Vai, I Van Stenis, M Venditti, R Verhagen, E Verwilligen, P Vitulo, P Volkov, S Vorobyev, A Wang, D Wang, M Yang, U Yang, Y Yonamine, R Zaganidis, N Zenoni, F Zhang, A |
| author_facet | Abbaneo, D Abbas, M Abbrescia, M Abi Akl, M Aboamer, O Acosta, D Ahmad, A Ahmed, W Aleksandrov, A Altieri, P Asawatangtrakuldee, C Aspell, P Assran, Y Awan, I Bally, S Ban, Y Banerjee, S Barashko, V Barria, P Bencze, G Beni, N Benussi, L Bhopatkar, V Bianco, S Bos, J Bouhali, O Braghieri, A Braibant, S Buontempo, S Calabria, C Caponero, M Caputo, C Cassese, F Castaneda, A Cauwenbergh, S Cavallo, F R Celik, A Choi, M Choi, S Christiansen, J Cimmino, A Colafranceschi, S Colaleo, A Conde Garcia, A Czellar, S Dabrowski, M M De Lentdecker, G Oliveira, R De De Robertis, G Dildick, S Dorney, B Endroczi, G Errico, F Fallavollita, F Fenyvesi, A Ferry, S Furic, I Giacomelli, P Gilmore, J Golovtsov, V Guiducci, L Guilloux, F Gutierrez, A Hadjiiska, R M Hauser, J Hoepfner, K Hohlmann, M Hoorani, H Iaydjiev, P Jeng, Y G Kamon, T Karchin, P Korytov, A Krutelyov, S Kumar, A Kim, H Lee, J Lenzi, T Litov, L Loddo, F Madorsky, A Maerschalk, T Maggi, M Magnani, A Mal, P K Mandal, K Marchioro, A Marinov, A Majumdar, N Merlin, J A Mitselmakher, G Mohanty, A K Mohapatra, A Molnar, J Muhammad, S Mukhopadhyay, S Naimuddin, M Nuzzo, S Oliveri, E Pant, L M Paolucci, P Park, I Passeggio, G Pavlov, B Philipps, B Piccolo, D Postema, H Puig Baranac, A Radi, A Radogna, R Raffone, G Ranieri, A Rashevski, G Ressegotti, M Riccardi, C Rodozov, M Rodrigues, A Ropelewski, L RoyChowdhury, S Ryu, G Ryu, M S Safonov, A Salva, S Saviano, G Sharma, A Sharma, A Sharma, R Shah, A H Shopova, M Sturdy, J Sultanov, G Swain, S K Szillasi, Z Talvitie, J Tatarinov, A Tuuva, T Tytgat, M Vai, I Van Stenis, M Venditti, R Verhagen, E Verwilligen, P Vitulo, P Volkov, S Vorobyev, A Wang, D Wang, M Yang, U Yang, Y Yonamine, R Zaganidis, N Zenoni, F Zhang, A |
| author_sort | Abbaneo, D |
| collection | CERN |
| description | Micropattern gaseous detectors (MPGD) underwent significant upgrades in recent years, introducing resistive materials to build compact spark-protected devices. Exploiting this technology further, various features such as space and time resolution, rate capability, sensitive area, operational stability and radiation hardness can be improved. This contribution introduces a new type of MPGD, namely the Fast Timing Micropattern (FTM) detector, utilizing a fully resistive WELL structure. It consists of a stack of several coupled layers where drift and WELL multiplication stages alternate in the structure, yielding a significant improvement in timing properties due to competing ionization processes in the different drift regions. Two FTM prototypes have been developed so far. The first one is uWELL-like, where multiplication takes place in the holes of a kapton foil covered on both sides with resistive material. The second one has a resistive Micromegas-like structure, with multiplication developing in a region delimited by a resistive mesh. The structure of these prototypes will be described in detail and the results of the characterization study performed with an X-Ray generator with two different gas mixtures will be presented. First results on rate capability and time resolution based on data collected with cosmic rays and muon/pion test beams will also be presented. |
| id | cern-2238326 |
| institution | Organización Europea para la Investigación Nuclear |
| language | eng |
| publishDate | 2016 |
| record_format | invenio |
| spelling | cern-22383262019-09-30T06:29:59Zdoi:10.1016/j.nima.2016.05.067http://cds.cern.ch/record/2238326engAbbaneo, DAbbas, MAbbrescia, MAbi Akl, MAboamer, OAcosta, DAhmad, AAhmed, WAleksandrov, AAltieri, PAsawatangtrakuldee, CAspell, PAssran, YAwan, IBally, SBan, YBanerjee, SBarashko, VBarria, PBencze, GBeni, NBenussi, LBhopatkar, VBianco, SBos, JBouhali, OBraghieri, ABraibant, SBuontempo, SCalabria, CCaponero, MCaputo, CCassese, FCastaneda, ACauwenbergh, SCavallo, F RCelik, AChoi, MChoi, SChristiansen, JCimmino, AColafranceschi, SColaleo, AConde Garcia, ACzellar, SDabrowski, M MDe Lentdecker, GOliveira, R DeDe Robertis, GDildick, SDorney, BEndroczi, GErrico, FFallavollita, FFenyvesi, AFerry, SFuric, IGiacomelli, PGilmore, JGolovtsov, VGuiducci, LGuilloux, FGutierrez, AHadjiiska, R MHauser, JHoepfner, KHohlmann, MHoorani, HIaydjiev, PJeng, Y GKamon, TKarchin, PKorytov, AKrutelyov, SKumar, AKim, HLee, JLenzi, TLitov, LLoddo, FMadorsky, AMaerschalk, TMaggi, MMagnani, AMal, P KMandal, KMarchioro, AMarinov, AMajumdar, NMerlin, J AMitselmakher, GMohanty, A KMohapatra, AMolnar, JMuhammad, SMukhopadhyay, SNaimuddin, MNuzzo, SOliveri, EPant, L MPaolucci, PPark, IPasseggio, GPavlov, BPhilipps, BPiccolo, DPostema, HPuig Baranac, ARadi, ARadogna, RRaffone, GRanieri, ARashevski, GRessegotti, MRiccardi, CRodozov, MRodrigues, ARopelewski, LRoyChowdhury, SRyu, GRyu, M SSafonov, ASalva, SSaviano, GSharma, ASharma, ASharma, RShah, A HShopova, MSturdy, JSultanov, GSwain, S KSzillasi, ZTalvitie, JTatarinov, ATuuva, TTytgat, MVai, IVan Stenis, MVenditti, RVerhagen, EVerwilligen, PVitulo, PVolkov, SVorobyev, AWang, DWang, MYang, UYang, YYonamine, RZaganidis, NZenoni, FZhang, AR&D on a new type of micropattern gaseous detector: The Fast Timing Micropattern detectorDetectors and Experimental TechniquesMicropattern gaseous detectors (MPGD) underwent significant upgrades in recent years, introducing resistive materials to build compact spark-protected devices. Exploiting this technology further, various features such as space and time resolution, rate capability, sensitive area, operational stability and radiation hardness can be improved. This contribution introduces a new type of MPGD, namely the Fast Timing Micropattern (FTM) detector, utilizing a fully resistive WELL structure. It consists of a stack of several coupled layers where drift and WELL multiplication stages alternate in the structure, yielding a significant improvement in timing properties due to competing ionization processes in the different drift regions. Two FTM prototypes have been developed so far. The first one is uWELL-like, where multiplication takes place in the holes of a kapton foil covered on both sides with resistive material. The second one has a resistive Micromegas-like structure, with multiplication developing in a region delimited by a resistive mesh. The structure of these prototypes will be described in detail and the results of the characterization study performed with an X-Ray generator with two different gas mixtures will be presented. First results on rate capability and time resolution based on data collected with cosmic rays and muon/pion test beams will also be presented.This contribution introduces a new type of Micropattern Gaseous Detector, the Fast Timing Micropattern (FTM) detector, utilizing fully Resistive WELL structures. The structure of the prototype will be described in detail and the results of the characterization study performed with an X-ray gun will be presented, together with the first results on time resolution based on data collected with muon/pion test beams.CMS-CR-2016-033oai:cds.cern.ch:2238326oai:inspirehep.net:15135352016-03-08 |
| spellingShingle | Detectors and Experimental Techniques Abbaneo, D Abbas, M Abbrescia, M Abi Akl, M Aboamer, O Acosta, D Ahmad, A Ahmed, W Aleksandrov, A Altieri, P Asawatangtrakuldee, C Aspell, P Assran, Y Awan, I Bally, S Ban, Y Banerjee, S Barashko, V Barria, P Bencze, G Beni, N Benussi, L Bhopatkar, V Bianco, S Bos, J Bouhali, O Braghieri, A Braibant, S Buontempo, S Calabria, C Caponero, M Caputo, C Cassese, F Castaneda, A Cauwenbergh, S Cavallo, F R Celik, A Choi, M Choi, S Christiansen, J Cimmino, A Colafranceschi, S Colaleo, A Conde Garcia, A Czellar, S Dabrowski, M M De Lentdecker, G Oliveira, R De De Robertis, G Dildick, S Dorney, B Endroczi, G Errico, F Fallavollita, F Fenyvesi, A Ferry, S Furic, I Giacomelli, P Gilmore, J Golovtsov, V Guiducci, L Guilloux, F Gutierrez, A Hadjiiska, R M Hauser, J Hoepfner, K Hohlmann, M Hoorani, H Iaydjiev, P Jeng, Y G Kamon, T Karchin, P Korytov, A Krutelyov, S Kumar, A Kim, H Lee, J Lenzi, T Litov, L Loddo, F Madorsky, A Maerschalk, T Maggi, M Magnani, A Mal, P K Mandal, K Marchioro, A Marinov, A Majumdar, N Merlin, J A Mitselmakher, G Mohanty, A K Mohapatra, A Molnar, J Muhammad, S Mukhopadhyay, S Naimuddin, M Nuzzo, S Oliveri, E Pant, L M Paolucci, P Park, I Passeggio, G Pavlov, B Philipps, B Piccolo, D Postema, H Puig Baranac, A Radi, A Radogna, R Raffone, G Ranieri, A Rashevski, G Ressegotti, M Riccardi, C Rodozov, M Rodrigues, A Ropelewski, L RoyChowdhury, S Ryu, G Ryu, M S Safonov, A Salva, S Saviano, G Sharma, A Sharma, A Sharma, R Shah, A H Shopova, M Sturdy, J Sultanov, G Swain, S K Szillasi, Z Talvitie, J Tatarinov, A Tuuva, T Tytgat, M Vai, I Van Stenis, M Venditti, R Verhagen, E Verwilligen, P Vitulo, P Volkov, S Vorobyev, A Wang, D Wang, M Yang, U Yang, Y Yonamine, R Zaganidis, N Zenoni, F Zhang, A R&D on a new type of micropattern gaseous detector: The Fast Timing Micropattern detector |
| title | R&D on a new type of micropattern gaseous detector: The Fast Timing Micropattern detector |
| title_full | R&D on a new type of micropattern gaseous detector: The Fast Timing Micropattern detector |
| title_fullStr | R&D on a new type of micropattern gaseous detector: The Fast Timing Micropattern detector |
| title_full_unstemmed | R&D on a new type of micropattern gaseous detector: The Fast Timing Micropattern detector |
| title_short | R&D on a new type of micropattern gaseous detector: The Fast Timing Micropattern detector |
| title_sort | r&d on a new type of micropattern gaseous detector: the fast timing micropattern detector |
| topic | Detectors and Experimental Techniques |
| url | https://dx.doi.org/10.1016/j.nima.2016.05.067 http://cds.cern.ch/record/2238326 |
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