PPT-Characterization of LGAD sensors from CNM Run 7062

Isidre Mateu 12 M Fern á ndez 13 C Gallrapp 1 S Otero Ugobono 14 M Moll 1 MStricker 1 WITH CNM BARCELONA AND RD50 LGAD TEAMS 1 CERN 2 CIEMAT 3 IFCA Universidad de . 5 m run 6 x 400 5K pace 3 m run strength Rest or easy run Rest 5K Race Stretch Strengthen 35 m run 35 min tempo run 3 m run strength Rest 3 m run 7 m run Stretch Strengthen 4 m run 7 x 400 5K pace 3 m run strength Rest 3 m pace 8 m run Stretch a look . at . at. . heavy . quarkonium. data . in . p-. Pb. collisions. 1. E. Scomparin (INFN-Torino. ). INT Seattle, October 8 2014. Charmonia. and . bottomonia. in . p-. Pb. : . what is available from run-1 ?. Or Just Sensors . Rick Hu, MD,FRCSC. CEO/Founder. Vivametrica . Rick@vivametrica.com. Adoption of Technology and Analytics Over Time . Sensors are becoming Ubiquitous. Big Data/Sensors. Meteorological Information. ). M. . Baselga. , . P. . Fernández-Martínez. , D. Flores, . S. Hidalgo, V. Greco, A. . Merlos. , . D. . Quirion. RD50 project:. Fabrication . of 200um thick p and n- type pad detectors with. enhanced multi-plication effect. Strategies for supporting critical conversations and building cultural competence in the college classroom. . The 6. th. Annual CNM Conference on Teaching and Learning, January 12, 2018. Presented by: . Chamber of Commerce, City Economic Development Dept. CNM, City Municipal Dept. (DMD), City Environment Dept., City Solid Waste Dept., City Fire Dept., United Way of Central New Mexico Albuquerque Progress Report: Ofc. of Asst. Secy., Comm. Planning, Develop., HUD CNM Run 6827 75 um epi. CNM Run 6827 75 & 50 um epi. Run. Wafer. Piece. Breakdown Voltage(V). Depletion Voltage (V). “foot” length (V). Rise Time (ps). Confirmed gain. 6827. 8. SD4-D5. ~750. ~60. 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 . (or Hybrid pixels sensors for 4D Tracking ??). C. . Gemme. . (INFN Genova). , A. . Macchiolo. . (University of Zurich), . G. Pellegrini . (IMB-CNM-CSIC). AIDA++ Open Meeting. 23 October 2019, CERN. Mathieu Benoit . CNM . Sensor. Production. As of . our. last . communcation. . with. CNM, . we. . should. . be. . delivered. :. 2 x n-in-p 4 . inch. wafers, UBM and . diced. , ~220 . um. . , 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. . 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). 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 (CNM-CSIC).