PPT-Design Studies for a TPC Readout Plane Using Zigzag Patterns with Multistage GEM Detectors

B Azmoun 1 P Garg 3 T K Hemmick 3 M Hohlmann 2 A Kiselev 1 M L Purschke 1 C Woody 1 A Zhang 1 1  Brookhaven National Laboratory Physics Department Upton New York United States of America. For CSE 3902. By: Matt . Boggus. Why Design?. Objects and Systems. Processes. http://ipostr.com/pic-275-Planning. Patterns. “Each pattern describes a problem which occurs over and over again in our environment, and then describes the core of the solution to that problem, in such a way that you can use this solution a million times over, without ever doing it the same way twice”. /SBS. – Front Tracker. PARAMETER. DESIGN VALUE. Microstrip. Silicon Detector. Number of tiles/plane and size. 2 @@@. Number of planes. 2. Size of. the single plane. @@@. Number of . microstrips. of . Large-area GEM . Detectors. for . a Forward Tracker . at a Future Electron-Ion Collider Experiment. Aiwu Zhang. , Vallary Bhopatkar, Marcus . Hohlmann. Florida Institute of Technology (FIT). Kondo Gnanvo, Nilanga Liyanage. of . an . Integrated. . Readout. System . for Triple-GEM Detectors. Alessandro PEZZOTTA. III . Year. . P. hD. Seminar. , . Cycle. XXVIII. 22 . September. 2015. Emails. : . a.pezzotta1@campus.unimib.it. By Doug, Jeremy, & Mike. What is a design pattern?. A design pattern is a reusable solution to a common problem in software design. . A design pattern is not code.. A design pattern can vary in scope from very simplistic to an entire system.. SENG 301. Learning Objectives. By the end of this lecture, you should be able to:. Describe the rationale for the use of design patterns in software engineering. Identify some common design patterns (all the ones we discuss today), both from a description or when instantiated in code. Structural-. 1. Design Patterns. refactoring scripts. structural patterns. delegate patterns. grammar patterns. frameworks. concern patterns. in-class examples. Fundamentals. What makes one design better than another?. B. Azmoun. 1. , . P. Garg. 3. , T. K. Hemmick. 3. , M. . Hohlmann. 2. , A. Kiselev. 1. , M. L. Purschke. 1. , C. Woody. 1. , A. Zhang. 1. 1.  Brookhaven National . Laboratory. , Physics Department, Upton, New York, United States of America. Amos Breskin. Grazie SILVIA & her local TEAM !. all committee members !. Grazie . CHEF RUI !. “cooking” for us a variety of . “. TASTY MPGD TOYS. ” . The prime roles of our community:. . Antonino . Miceli. . FNAL . Research Techniques Seminar. April 24, 2012. Outline. Why Superconducting Detectors?. Detector Requirements. Applications. Overview of MKIDs. MKID activities at Argonne. MKID resonator readout . B.Azmoun. , BNL. March 7, 2017. Inspecting . Somcis. PCB zigzag using microscope. SECTION 1. SECTION 2. SECTION 3. SECTION 4. SECTION 5. Inspected 5 different regions of PCB to gather statistics for the . . . The conventional readout techniques employ a large number of electronic channels, which poses a big challenge to the further applications of MPGDs. By changing the readout electrode’s structure and multiplexing the readout channels, an induced position encoding technique for micro-channel plate detector was developed by D. . status report . Leszek Ropelewski. CERN – PH - DT. CERN. , DT Steering Committee meeting, 30. th. of April 2010. RD51 Collaboration Site. WP5 Micropattern Gas Detectors: Mandate and Objectives. . EoIs. CERN meeting 4 sept . C. De La Taille, S. . Marchioro. , A. . Rivetti. EoI. related to Microelectronics. EoI. #. Title. Presenter. Comment. 50. 28 nm CMOS readout ASICs and high-speed data links for advanced silicon trackers and 4D detectors.