PPT-Status of LGAD RD50 projects

G Pellegrini M Baselga M Carulla P Fernández D Flores S Hidalgo A Merlos D Quirion Instituto de Microelectrónica de Barcelona IMB Centro Nacional de Microelectrónica CNMCSIC. 802.15: “Wireless Specialty Networks” Projects Summary Overview + Status October 2018 Clint Powell Zigbee Alliance - Certification Adv. Group Chair Zigbee Alliance - IEEE 802.15.4 MAC/PHY Adv. 802.15: “Wireless Specialty Networks” Projects Summary Overview/Status October 2017 Clint Powell IEEE 802.15 - TG10 (Layer 2 Routing) Chair IEEE 802.15 - TG4t (Higher Data Rate) Chair IEEE 802.15.4 - via avalanche multiplication . in n-on-p . Si strip . detectors. E. Verbitskaya. , . V. Eremin, A. Zabrodskii, B. Ermolaev. Ioffe Physical-Technical Institute of Russian Academy of Sciences. St. Petersburg, Russia. Moll. . University . of Liverpool, . UK CERN. , Geneva, . Switzerland. LHCC – 13.June 2012, CERN. RD50 Status Report 2012. OUTLINE:. RD50 Collaboration . Scientific results. Outline. Gallium Implantation to Enhance the Radiation Hardness of LGAD Detectors. Carbon doping.. Strip sensors made of N-rich Silicon . (See A. . Dierlamm´s. Talk).. Measurement of the Doping Profile in Low-Gain Avalanche Detectors . 12 minutes. . budgets, list of projects, and new graduate students who are entering (. Bruce: please send me numbers and names). . SBIR's and SLAC proposal  and US Japan . Bruce please send me information on your SBIRs and anything similar. with. . Marta . Baselga. , Scott Ely, . Vitaliy. . Fadeyev. , Zachary Galloway, Jeffrey Ngo, Colin Parker, . Davi. Schumacher, Abe . Seiden. , . Andriy. . Zatserklyaniy. . SCIPP, Univ. of California Santa Cruz. Isidre. Mateu. 1,2. , M. Fern. á. ndez. 1,3. , C. Gallrapp. 1. , S. Otero Ugobono. 1,4. , M. Moll. 1. , M.Stricker. 1 . - WITH CNM BARCELONA AND RD50 LGAD TEAMS. . 1. CERN. 2. CIEMAT. 3. IFCA – Universidad de . , D. Flores, V. Greco, S. Hidalgo, A. . Merlos. , G. . Pellegrini. and D. . Quirion. IMB-CNM (CSIC), Barcelona (Spain). Design and Fabrication of an Optimal Peripheral Region for the LGAD. This work is supported by RD50 Collaboration. 21 – 25 FEBRUARY 2022. ONLINE. Studies of LGAD performance limitations, Single Event Burnout and Gain . S. uppression, with Fs-Laser and Ion . B. eams. Gordana Lastovicka-Medin. 1. , Mateusz Rebarz. aluminium. oxide. M. Golovleva, J. Ott, T. Peltola, S. . Bharthuar, A. . Gäddä. , M. Bezak, E. Brücken, . J. H. ärkönen. , P. Luukka, T. Tuuva. Outline. Motivation. Samples. Gamma irradiation. Neutron irradiation. J. . García. . López. . 1. , 2. , . M. Rodriguez . 1. ,. . A. . Villalpando. . 1. ,. . I. Vila. 2. , . S. Hidalgo. 3. , G. Pellegrini. 3. , A. Doblas. 3. , E. Currás. 2. , R. Jaramillo. 2. . Hidalgo,. D. . . Quirion. , . G. Pellegrini. IMB-CNM (CSIC), . Spain. Optimization and Fabrication of LGAD Detectors. w. ith the aid of TCAD Simulations. Work done in the framework of RD50 Collaboration (CERN). CERN, 13.11.2013. Agenda . Report of the spokespersons (G. Casse, M. Moll). Short status review of the RD50 projects. Status report for 2011/2012. Approval of the minutes of the CB meeting. Financial report (M. Glaser, M. Moll).