'Large amplitude' diaporamas de présentation

Progenitors : Mass loss determines SN Type.

Why is circumstellar interaction of SNe important?. Progenitors : Mass loss determines SN Type. Type IIP (little mass lost), ....IIn, IIb ( < 0.5 M of H envelope), Ib (only He core), Ic (only O core) Ejecta structure : Shock dynamics probes density structure of SN ejecta

648 views • 57 slides

Beam -Beam Interactions

CERN Accelerator School Chavannes de Bogis , Switzerland 8 November 2013. Beam -Beam Interactions. Tatiana Pieloni (BE -ABP- ICE) Thanks to W. Herr. Hadron Circular Colliders. Bunch intensity:. Transverse Beam size :. Number of bunches. Revolution frequency.

837 views • 52 slides

Inferring Data Inter-Relationships Via Fast Hierarchical Models

Inferring Data Inter-Relationships Via Fast Hierarchical Models. Lawrence Carin Duke University www.ece.duke.edu/~lcarin. Sensor Deployed Previously Across Globe. Previous deployments. New deployment. Deploy to New Location. Can Algorithm Infer Which Data from

571 views • 47 slides

Ch 7 Principles of Digital Data Transmission

ENGR 4323/5323 Digital and Analog Communication. Ch 7 Principles of Digital Data Transmission. Engineering and Physics University of Central Oklahoma Dr. Mohamed Bingabr. Chapter Outline. Digital Communication Systems Line Coding Pulse Shaping Scrambling

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Physics of Resonance

Physics of Resonance. The most striking and unexpected phenomenon in all of physics An ACE Project done by: Poon Weng Shern (22) 3O3. Definition. Before going onto the topic of resonance, some terminologies have to be explained These include: Forced Oscillation Natural/Driving Frequencies.

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ERTH2020 Introduction to Geophysics

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Interaction of Two Solitary Waves of Large Amplitude

SCSTW-2008, Shanghai, China. Interaction of Two Solitary Waves of Large Amplitude. Hua Liu Benlong Wang Shanghai Jiao Tong University hliu@sjtu.edu.cn. Outline. Motivation A high order Boussinesq equation Propagation and reflection of a solitary wave

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Purpose

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Axel Korth 1 , Ezequiel Echer 2 , Fernando L. Guarnieri 3 , Q.-G. Zong 4

358 views • 26 slides

Observations of Large Amplitude, Monochromatic Whistlers at Stream Interaction Regions

Observations of Large Amplitude, Monochromatic Whistlers at Stream Interaction Regions. 1. A. W. Breneman, C. Cattell , S. Schreiner, K. Kersten , L.B. Wilson III, P. Kellogg, K. Goetz 2. L.K. Jian. 1. School of Physics and Astronomy, University of Minnesota, Minneapolis, MN, USA

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A Study of Polarization Features in Bistatic Scattering from Rough Surfaces

A Study of Polarization Features in Bistatic Scattering from Rough Surfaces. IGARSS 2011 Joel T. Johnson Department of Electrical and Computer Engineering ElectroScience Laboratory The Ohio State University Vancouver, Canada 26th July 2011. Motivation.

453 views • 19 slides

Wednesday September 14 th

Wednesday September 14 th. 02h39: Stable beams. Fill #2105. Problem cryo temperature sensors in L5. To be followed up at the next access opportunity . 08h11: Centered orbit. Trimmed by 7 Hz . 08h14: Optimizing. 09h13: FIP_Com_Lost with QPS controller on MB. 8R1.

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PHY 102: Waves & Quanta Topic 1 Oscillations John Cockburn (j.cockburn@... Room E15)

PHY 102: Waves & Quanta Topic 1 Oscillations John Cockburn (j.cockburn@... Room E15). Simple Harmonic Motion revision Displacement, velocity and acceleration in SHM Energy in SHM Damped harmonic motion Forced Oscillations Resonance. Simple Harmonic Motion.

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Electromagnetic Spectrum

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Experimental Study of Nonlinear Moored-Buoy Responses

Experimental Study of Nonlinear Moored-Buoy Responses. Objectives : To Identify and Classify Highly Nonlinear Experimental Structural Responses Under Combined Deterministic and Random Waves To Validate Analytical Model Predictions and Investigate Fluid-Structure Interactions.

270 views • 13 slides

EFW Science

EFW Science. Professor John R. Wygant University of Minnesota. EFW Level-1 Science Objectives.

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Sound Waves

Sound Waves. By Willie Hustead. What is sound?. Sound is a sequence of waves of pressure that travel through media such as air or water that is able to compress easily. . Compression and rarefaction. Compression is the region of a wave in which the density and pressure are at a maximum.

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Sound Waves

Sound Waves. By Willie Hustead. What is sound?. Sound is a sequence of waves of pressure that travel through media such as air or water that is able to compress easily. . Compression and rarefaction. Compression is the region of a wave in which the density and pressure are at a maximum.

235 views • 7 slides

antinode (max amplitude)

node (zero amplitude). antinode (max amplitude). As waves travel past each other, some points reinforce to make a large amplitude and some cancel out.

125 views • 2 slides

Experimental observations of two kinds of nonlinear

Experimental studies of nanoscale energy localization in periodic condensed matter systems A. J. Sievers, LASSP, Cornell University, DMR-0301035.

141 views • 2 slides