T 40: Pixel Detectors 2
Dienstag, 22. März 2022, 16:15–18:30, T-H25
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16:15 |
T 40.1 |
Tangerine project - Studies of MAPS prototypes in CMOS 65 nm technology — •Gianpiero Vignola for the Tangerine collaboration
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16:30 |
T 40.2 |
Device simulations of a MAPS developed in 65nm CMOS Imaging Technology — •Adriana Simancas for the Tangerine collaboration
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16:45 |
T 40.3 |
Simulating Hexagonal Monolithic Pixel Sensors in CMOS Imaging Technology — •Larissa Mendes for the Tangerine collaboration
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17:00 |
T 40.4 |
The Allpix Squared pixel detector simulation framework — •Håkan Wennlöf, Simon Spannagel, and Paul Schütze
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17:15 |
T 40.5 |
Guard-ring optimisation for sensors in LFoundry 150nm CMOS technology — •Sinuo Zhang, Tomasz Hemperek, and Jochen Dingfelder
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17:30 |
T 40.6 |
Tangerine: Monte Carlo simulations of MAPS in a 65 nm imaging process — •Manuel Alejandro Del Rio Viera, Håkan Wennlöf, and Adriana Simancas for the Tangerine collaboration
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17:45 |
T 40.7 |
Monte Carlo simulations of a beam telescope setup based on the 65nm CMOS Imaging Technology — •Sara Ruiz Daza for the Tangerine collaboration
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18:00 |
T 40.8 |
Development and characterization of a DMAPS chip in TowerJazz 180 nm technology for high radiation environments — Ivan Berdalovic, •Christian Bespin, Jochen Dingfelder, Tomasz Hemperek, Toko Hirono, Fabian Hügging, Hans Krüger, Thanushan Kugathasan, Cesar Augusto Marin Tobon, Konstantinos Moustakas, Heinz Pernegger, Walter Snoeys, Tianyang Wang, and Norbert Wermes
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18:15 |
T 40.9 |
Characterization of depleted monolithic active pixel sensors (DMAPS) designed in 150nm CMOS technology — •Lars Schall, Jochen Dingfelder, Christian Bespin, Ivan Caicedo, Tomasz Hemperek, Toko Hirono, Fabian Hügging, Hans Krüger, Piotr Rymaszewski, Tianyang Wang, and Norbert Wermes
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