'5 ev' diaporamas de présentation

LECTURE # 28

LECTURE # 28. RELATIVITY V MASS ENERGY EQUIVALENCE EXAMPLES. PHYS 270-SPRING 2010 Dennis Papadopoulos. APRIL 23, 2010. 1. Relativistic Energy. The total energy E of a particle is. This total energy consists of a rest energy. and a relativistic expression for the kinetic energy.

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Preparation Strategies

Preparation Strategies. Preparation of heterogeneous catalysts. Energy ranges. Energy. 0. E f. EB. The Photoemission Process. kinetic energy. work function. initial photon energy. binding energy. Photemission - classical.

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Spinons in strongly correlated chain cuprates

Spinons in strongly correlated chain cuprates. Igor Zaliznyak Neutron Scattering Group Condensed Matter Physics and Material Science Department. Outline Introduction: who, what, why, and how? Structure and electronic properties of chain cuprates

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Presentation at National Center for Theoretical Sciences & National Cheng Kung University

First-principles study of chemically modified carbon nanotubes. Jijun Zhao. State Key Laboratory of Materials Modification by Laser, Electron, and Ion Beams & College of Advanced Science and Technology Dalian University of Technology. Presentation at National Center for Theoretical Sciences

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Spinons in strongly correlated chain cuprates

Spinons in strongly correlated chain cuprates. Igor Zaliznyak Neutron Scattering Group Condensed Matter Physics and Material Science Department. Outline Introduction: who, what, why, and how? Structure and electronic properties of chain cuprates

891 views • 41 slides

Optical studies of meso-porous siliceous

?????? ????????? ?????????????. Optical studies of meso-porous siliceous. Y. J. Lee a,c J. L. Shen b,c a Department of Computer Science and Information Engineering, Tung Nan Institute of Technology, Taipei, Taiwan, R.O. C. b Department of Chemistry, Chung Yuan Christian University,

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Deepak Srivastava Computational Nanotechnology at CSC/NAS NASA Ames Research Center

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Electron - molecule collision calculations using the R-matrix method

Electron - molecule collision calculations using the R-matrix method. Jonathan Tennyson Department of Physics and Astronomy University College London. IAEA. Vienna, December 2003. Processes: at low impact energies. Elastic scattering A B + e A B + e. Electronic excitation

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Particles and Fields Package Pre-Ship Review 2 STATIC Nov 19, 2012 Section 2: STATIC

Mars Atmosphere and Volatile EvolutioN (MAVEN) Mission. Particles and Fields Package Pre-Ship Review 2 STATIC Nov 19, 2012 Section 2: STATIC James McFadden. STATIC Team. STATIC (Supra Thermal And Thermal Ion Composition) Or (Significant Troubles Ahead, Take Immense Caution)

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MARE

MARE. M icrocalorimeter A rrays for a R henium E xperiment. A DETECTOR OVERVIEW. Andrea Giuliani , University of Insubria, Como, and INFN Milano on behalf of the MARE collaboration. Outline of the talk. The physics case: importance of direct m n measurement

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Particles and Fields Package Pre-Ship Review October 30,31, 2012 Section 15 STATIC James McFadden

Mars Atmosphere and Volatile EvolutioN (MAVEN) Mission. Particles and Fields Package Pre-Ship Review October 30,31, 2012 Section 15 STATIC James McFadden. STATIC Team. Instrument Lead: James McFadden Electrical:

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Cosmic Rays

Cosmic Rays. 1912 discovered by Victor Hess (after Wilson & others) Energy range : ~ 10 9 eV to > 10 20 eV 1938 Pierre Auger discovered Extensive Air Showers (EAS). Sky Maps. COBE. Galactic Photons show the Galaxy. Cosmic Rays are isotropic. Cosmic Ray Spectrum.

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Total-Dose Response and Negative-Bias Temperature Instability (NBTI)

D. M. Fleetwood Professor and Chair, EECS Dept. Vanderbilt University Nashville, TN 37235 USA dan.fleetwood@vanderbilt.edu (615) 322-2498 A collaboration between VU EECS and Physics. Total-Dose Response and Negative-Bias Temperature Instability (NBTI).

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Neutrinoless Double Beta Decay

Neutrinoless Double Beta Decay. Eung Jin Chun Korea Institute for Advanced Study APS neutrino study: physics/0411216 hep-ph/0412300 Bilenky, et.al., hep-ph/0402250. Key questions by theorists APS neutrino study: physics/0411216.

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LECTURE 7

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On the question about energy of 3.5 eV state of 229 Th

On the question about energy of 3.5 eV state of 229 Th. S.L. Sakharov Petersburg Nuclear Physics Institute, Gatchina, Russia. The 229 Th level scheme.

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Leonidas Tsetseris 1 in collaboration with

Common origin for enhanced low-dose-rate sensitivity and bias-temperature instability under negative bias. Leonidas Tsetseris 1 in collaboration with R. D. Schrimpf 1 , D. M. Fleetwood 1 , R. L. Pease 2 , S. T. Pantelides 1,3 1 Vanderbilt University 2 RLP Research Inc.

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Goal: To understand how light acts like a particle

Goal: To understand how light acts like a particle. Objectives: To learn about Quantization To understand Blackbody radiation To learn more about The photon To learn about the Photoelectric Effect. Quantization. Okay this is an ugly looking word.

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First-Principles Study of Large Magnetoelectric Coupling in Triangular Lattices

First-Principles Study of Large Magnetoelectric Coupling in Triangular Lattices. Kris T. Delaney 1 , Maxim Mostovoy 2 , Nicola A. Spaldin 3. Materials Research Laboratory, University of California, Santa Barbara, USA

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Leah Bergman DMR-1202532 Professor of Physics, University of Idaho

Leah Bergman DMR-1202532 Professor of Physics, University of Idaho.

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