'Optical properties' diaporamas de présentation

Fermi Edge Polaritons Formed By Electron-hole Pairs Interacting With Cavity-confined Photons

Fermi Edge Polaritons Formed By Electron-hole Pairs Interacting With Cavity-confined Photons. Yossi Michaeli Supervisor: Prof. Elisha Cohen M.Sc. Seminar September, 2010. Outline. Introduction Electronic properties of quantum wells Optical properties of quantum wells

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Computer-Mediated Communication and E-Learning

Computer-Mediated Communication and E-Learning. Caroline Haythornthwaite Graduate School of Library and Information Science University of Illinois at Urbana-Champaign haythorn@uiuc.edu IBICT , June 2009. Elearning is a Complex Phenomenon.

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Earth Radiation Budget

Earth Radiation Budget. Satellite Remote Sensing II - ATS 770 Presentation3 October 26 th , 2011. By Nan Feng Department of Atmospheric Sciences The University of Alabama in Huntsville Huntsville, AL. Outline. Introduction Uncertainties Angular Distribution Models (ADM) Validations

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Atomic & Molecular Nanotechnology

Atomic & Molecular Nanotechnology. G. Ali Mansoori , Bio & Chem Eng; Depts Prime Grant Support: ARO, KU, UMSL, ANL. Experimental and theoretical studies of organic nanostructures derived from petroleum ( Diamondoids , asphaltenes , etc.)..

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-Scanning Electron Imaging (SE) Morphological investigation of a 3-D sample

Non-quantitative techniques. -Scanning Electron Imaging (SE) Morphological investigation of a 3-D sample -Backscatter Electron Imaging (BSE) Indication of mean atomic number of a sample surface -Surface X-ray mapping ("dot maps") Producing a compositional map of a sample surface

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Interdisciplinary Science: DISCOVER-AQ and Beyond

Interdisciplinary Science: DISCOVER-AQ and Beyond. Maria Tzortziou Carolyn Jordan. Interdisciplinary Science from GeoCAPE.

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DMAC The Data Management and Communications Subsystem of the U.S. Integrated Ocean Observing System (IOOS)

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Metrology Roadmap

Metrology Roadmap. 2007. Metrology Roadmap 7-07 & 4-07. Europe Thomas Hingst (Qimonda) Bart Rijpers (ASML) Japan Masahiko Ikeno (Hitachi High-Technologies) Eiichi Kawamura (Fujitsu) Kazuhiro Honda (JEOL) Korea Taiwan North America John Allgair (AMD/ISMI)

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MOD06 , MOD08, etc.: Platnick et al., MODIS STM, 15 April 2013

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Chapter - Logical Sensors

Chapter - Logical Sensors. Sensor output types. Sinking/Sourcing - Switches current on or off. Plain Switches - Switches voltage on or off. Solid State Relays - These switch AC outputs. TTL (Transistor Transistor Logic) - Uses 0V and 5V. Switched outputs (e.g. Relays).

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Introduction to Light and Polarized Light

Introduction to Light and Polarized Light. Lecture 1. Definition of Light. Light is electromagnetic radiation. Light exhibits properties of both a particle (e.g., ability to travel through a vacuum) and a wave (e.g, interference and polarization)

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Lecture 15 (11/15/2006) Analytical Mineralogy Part 2: Optical Properties of Uniaxial Minerals

Lecture 15 (11/15/2006) Analytical Mineralogy Part 2: Optical Properties of Uniaxial Minerals. Anisotropy. Indicies of refraction can vary in all minerals (except those in the isometric system) depending on the orientation of light ray. Such minerals are said to be anisotropic .

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Antarctic Summer

Antarctic Summer. 2008-2009 Scientific exploration of the Antarctic Peninsula. Meet the Scientists. Elizabeth Leonardis age: 28 years old from: New York City undergrad: UC Santa Barbara grad: starting Fall 2009 profession: Nurse/Lab Technician. L. Alex Kahl age: 29 years old

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Diagnostics for FIRE and Some Challenges for FIRE and ITER Diagnostics

Diagnostics for FIRE and Some Challenges for FIRE and ITER Diagnostics. K. M. Young (PPPL) FIRE Physics Validation Review March 30, 2004 Gaithersburg, MD. OUTLINE. Measurement requirements, taking account of Advanced Tokamak operations and control.

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Negative Index of Refraction

Negative Index of Refraction. By: Jason Kaszpurenko Journal Club 1/16/09. Overview. Both articles that I read were from a Materials Research Society October 2008 Bulletin General Overview about negative index materials: What is ti What properties does it have What possible applications

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Native Silver

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RMS=3.61%

RMS=9.03% . RMS=3.61%. RMS=5.26% . Photothermal spectroscopy. Rotem Neeman & Yonat Milstein under the supervision of Prof. Israel Gannot, Dr. Moshe Ben David & Michal Tepper

158 views • 1 slides