'Single electron' presentation slideshows

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Chem 355 10 Lecture 20 Electronic Absorption Spectroscopy

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Atomic K -shell decay

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ZDD installation and performance

ZDD installation and performance. BESIII Collaboration Meeting, December 2011 A. Calcaterra , for the ZDD group (LNF+TO). Talk outline. ZDD performance in Frascati, Spring 2011 Cosmic rays Single-electron beam ZDD installation, August 2011 ZDD tests with cosmic rays at IHEP, Fall 2011

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Measurement of Single Electron from Semileptonic Decay of Charm/Bottom Quarks in RHIC-PHENIX

Measurement of Single Electron from Semileptonic Decay of Charm/Bottom Quarks in RHIC-PHENIX. Fukutaro Kajihara (CNS, Univ. of Tokyo). Introduction. RHIC ?????????????? ?????? ??????????? Next Step ?? ???????? Soft probe ( p , K, p ? ) ????? ??????????? probe ????????

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Jet-like correlations of heavy-flavor particles - From RHIC to LHC

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The RICH Detector At STAR

The RICH Detector At STAR. Accessible Physics Device Characteristics construction components Heavy Ion Environment Particle Identification. B. Lasiuk (YALE) for the STAR collaboration The STAR-RICH Collaboration (Yale - Bari - CERN). STAR optimized for Au-Au at 200 GeV A

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Nanotechnology in NEC FRL

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Single electron puzzle at RHIC Magdalena Djordjevic Columbia University

Single electron puzzle at RHIC Magdalena Djordjevic Columbia University. Heavy ion physics has a goal to form and observe a QGP. Is the QGP already discovered at RHIC?. Jet Quenching of light partons strongly suggest that QGP is discovered .

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Negative-mass electronic transport in Gallium Nitride using analytic approximations in Monte-Carlo Simulations

Negative-mass electronic transport in Gallium Nitride using analytic approximations in Monte-Carlo Simulations .

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Single-electron Devices

Single-electron Devices. Speaker: Qiaoyan Yu qiaoyan@ece.rochester.edu ECE423 12-16-2006. Agenda. Milestone Motivations New characteristics Single-electron transistor (SET) Challenges Conclusions. Milestone. In 1909, Millikan first illustrated the manipulation of single electrons.

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HBD pad structure. (based on old studies)

HBD pad structure. (based on old studies). Sasha Milov. Nov 19, 2003. Outline. Zero field: Pad shape and size Cluster shapes and rejection HBD+TPC configuration: Blob shape Occupancy First attempts to do PID Next step: Choices. Zero field. Pad size about size of the blob:

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Alkali Metals

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GSCI 163

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R Ch 33 Electric Fields & Potential pg 1

R Ch 33 Electric Fields & Potential pg 1. Text Qs pg 529 RQ 6-10, 13, 18, 19 Read sec. 33.7 pg 520 & 527. R Ch 33 Electric Fields pg 2. The force field surrounding an electric charge is called an electric field. Electric fields are a vector and have; 1)size 2)direction

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In relativistic regime, longitudinal motion, non-locality, and inertia increase are introduced

In relativistic regime, longitudinal motion, non-locality, and inertia increase are introduced. ), LP. ), LP. RLPI: Single electron under a laser field.

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Coupling a Single Electron Spin to a Microwave Cavity

Coupling a Single Electron Spin to a Microwave Cavity Princeton Center for Complex Materials (PCCM) (DMR 0819860) IRG-D: K. D. Petersson 1 , L. W. McFaul 1 , M. D. Schroer 1 , J. M. Taylor 2 , A. A. Houck 1 , J. R. Petta 1 , 1 Princeton University, 2 Joint Quantum Institute.

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Heavy Flavor Production tagged in m -e coincidences

Number of events that generated a trigger request. Total number of HFP events. Number of min bias events. Min bias events that generated trigger response. Open Heavy Flavor Physics with a Central Arm Trigger at PHENIX Kenneth N. Barish for the PHENIX Collaboration.

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