'Wavelength l' diaporamas de présentation

Remote Sensing from Space

Remote Sensing from Space. C5646. Course Layout. Lectures Practicals Assessment. Lectures. Week 1 Introduction, course layout Week 2 The electromagnetic energy, energy source, wave theory, particle theory, Week 3 The electromagnetic spectrum Week 4

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Chapter 4 Electrons In Atoms

Chapter 4 Electrons In Atoms. Chapter 4 Section 1 New Atomic Model. Objectives. Explain the mathematical relationship among speed, wavelength and frequency of electromagnetic radiation. Discuss the dual wave-particle nature of light. Describe the photoelectric effect.

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Monte Carlo, Euler and Quaternions

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Wafer Fabrication

Wafer Fabrication. CZ processing. k o = C s /C o increases as ingot grows The dopant concentration is given by: I L =I o (1+V s /V o ) ko and C s = -dI L /dV s = C o k o (1-f) ( k o-1). Ingot diameter varies inversely with pull rate:. L = latent heat of fusion N = density

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Pietro Musumeci UCLA Department of Physics and Astronomy

The Development of Femtosecond Relativistic Electron Diffraction: Using Particle Accelerators to Watch Atoms Move in Real Time. Pietro Musumeci UCLA Department of Physics and Astronomy. SLAC Accelerator Seminar 3/3/2011. Outline. FRED: Femtosecond Relativistic Electron Diffraction

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Ch17. The Principle of Linear Superposition and Interference Phenomena

Ch17. The Principle of Linear Superposition and Interference Phenomena . The Principle of Linear Superposition . THE PRINCIPLE OF LINEAR SUPERPOSITION

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Alexei Sokolov Department of Polymer Science, The University of Akron, Akron, OH 44325-3909 E-mail: alexei@uakron

Neutron spectroscopy for analysis of dynamics of polymers and proteins: A view of a neutron user. Alexei Sokolov Department of Polymer Science, The University of Akron, Akron, OH 44325-3909 E-mail: alexei@uakron.edu. Outline. 1. Introduction. Frequency map of polymer dynamics.

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Chapter 36 Diffraction Part 1

Chapter 36 Diffraction Part 1. Single Slit Diffraction Diffraction and the Double Slit apparatus Intensity Formula for single and double slit . Definition and Types of Diffraction. Diffraction is the bending of a wave around an object accompanied by an interference pattern

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Major Concepts in Physics Lecture 5.

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Radiation Heat Transfer

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Atom Interferometry Group Stanford Center for Position, Navigation and Time Mark Kasevich

W.W. Hansen Experimental Physics Laboratory, Stanford, CA 94305. Atom Interferometry Group Stanford Center for Position, Navigation and Time Mark Kasevich. Navigation, Gravitation and Cosmology with Cold Atom Sensors. de Broglie wave sensors. Gravity/Accelerations. Rotations.

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Lecture 1: RDCH 702 Introduction

Lecture 1: RDCH 702 Introduction. Class organization Outcomes Grading Chart of the nuclides Description and use of chart Data Radiochemistry introduction Atomic properties Nuclear nomenclature X-rays Types of decays Forces. RDCH 702: Introduction. Outcomes for RDCH 702

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Surface Waves

Surface Waves. Chris Linton. A (very loose) definition. A surface wave is a wave which propagates along the interface between two different media and which decays away from this interface. decay. direction of propagation. decay. Mathematical preliminaries.

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Lecture 16 Diffraction Chp. 37

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Wave and MOSAIC Basics

Wave and MOSAIC Basics. A Physics MOSAIC MIT Haystack Observatory RET Revised 2011. MOSAIC Background. MOSAIC stands for Mesospheric Ozone System for Atmospheric Investigations in the Classroom.

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Lecture 39: FRI 24 APR

Physics 2102 Jonathan Dowling. Lecture 39: FRI 24 APR. Ch. 35: Interference. Christian Huygens 1629-1695. The Lunatic Fringe:. The waves arriving at the screen from the two slits will interfere constructively or destructively depending on the different length they have travelled.

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The SolarPaint Project: XFEL Science

A. HNCO. C 6 H 6. B. C. CH 4. H. C. N. O. A. B. The SolarPaint Project: XFEL Science.

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