'Pixel detectors' diaporamas de présentation

Attopixel imagers for physics: are these possible and useful?

Attopixel imagers for physics: are these possible and useful?. Erik H.M. Heijne. Inst. of Experimental and Applied Physics of the Czech Technical University in Prague CERN EP Department Geneva. ATTRACT proposal. SubQin4Ts. nm + ps tracking for colliders 2030 - 2040.

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Recent Developments in Diamond Detectors

Recent Developments in Diamond Detectors. Alexander Oh CERN EPS 2003 Aachen. Outline. Introduction Material Studies Particle Detector Prototypes Applications in HEP Summary. The RD42 Collaboration: Institutes from HEP, Heavy Ion Physics, Solid State Physics.

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Progress with GaAs Pixel Detectors

Progress with GaAs Pixel Detectors. K.M.Smith University of Glasgow Acknowledgements: RD8 & RD19 (CERN Detector R.&D. collaboration) XIMAGE (Aixtron, I.M.C., Metorex, Freiburg, Glasgow, K.T.H.) MEDIPIX (CERN, Freiburg, Glasgow, Pisa)

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Tracker Alignment Strategies for ATLAS and CMS

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experimental methods and detectors for present day particle physics

experimental methods and detectors for present day particle physics. B.Shwartz Budker Institute of Nuclear physics, Novosibirsk. Introduction.

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Polarization in Astronomy

Polarization in Astronomy. ???????. Cheng Zhao 2014/05/09. Contents. Introduction Measurement Mechanisms Applications References. Introduction. Theory. Transverse electromagnetic waves. Electric field is the main component interacting with matter, hence it is

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Design and Technology of DEPFET Active Pixel Sensors for Future e+e- Linear Collider Experiments

Design and Technology of DEPFET Active Pixel Sensors for Future e+e- Linear Collider Experiments.

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Abraham Gallas

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Proposal for extended closeout activity for pixel R&D

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Korean participation in ALICE Upgrade ?

Korean participation in ALICE Upgrade ?. In-Kwon Yoo Pusan National University Heavy Ion Meeting 2013-06. Outline. ALICE & Inner Tracking System ALICE upgrade Strategy ITS Physics Motivation New ITS design Goals Upgrade options Physics Performance Study Korean contribution.

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Heavy Flavor Upgrades for STAR and PHENIX Jim Thomas Lawrence Berkeley National Laboratory

Heavy Flavor Upgrades for STAR and PHENIX Jim Thomas Lawrence Berkeley National Laboratory Characterization of the QGP with Heavy Quarks Physikzentrum Bad Honnef June 25-28, 2008. STAR PRL, 98, 192301 ( 2007 ). Heavy Flavor Energy Loss. 1) Non-photonic electrons decayed from - charm and

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Why silicon detectors?

E g =1.12 V. Why silicon detectors?. Main characteristics of silicon detectors: Small band gap (E g = 1.12 V) ? good resolution in the deposited energy 3.6 eV of deposited energy needed to create a pair of charges, vs. 30 eV in a gas detector Excellent mechanical properties

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Actividades de I+ D en IGFAE /USC

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Actividades de I+D enIGFAE/USC

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Actividades de I+D en IGFAE/USC

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Highlights of space sensor developments in Spain

Highlights of space sensor developments in Spain. 1st SPACERAD meeting Brussels, 12 November 2002. The Astroparticle Physics Project at CIEMAT takes over the activities that few members of the HEP group started in 1997 through the participation in the precursor flight for the AMS Experiment

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Summary and Prospects

Summary and Prospects. Academia Meets Industries. AIDA Workshop Recall. AIDA 2012 - Academia meets Industry: Solid-State Position Sensitive Detectors from Monday, March 26, 2012 at 09:00 to Tuesday, March 27, 2012 at 14:00 (Europe/Zurich) at DESY

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Outline

ALICE Upgrade Strategy L. Musa, ECB 11 May 2012. Outline. Motivations Upgrade strategy Detector and readout upgrade Conclusions. The ALICE Detector. ALICE Layout. Barrel Tracking Pseudo-rapidity coverage |?| < 0.9 Robust tracking for heavy ion environment

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