R&D on a new type of micropattern gaseous detector: The Fast Timing Micropattern detector
- 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
DOIAbstract
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 prototyp...
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