'Line source' presentation slideshows

ME 660 Intermediate Acoustics

ME 660 Intermediate Acoustics. Instructor: Dr. Joseph Vignola Office: Pangborn G43 Phone: 202-319-6132, e-mail: vignola@cua.edu Time (section 1): Tuesdays, 6:35-9:00PM Time (section 2): Thursdays, 1:35-4:00PM Office Hours: Tuesdays 1:00 -2:00,

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Accelerator Neutrino Oscillation Physics Lecture III

594 views • 49 slides

Prof. David R. Jackson ECE Dept.

ECE 6341 . Spring 2014. Prof. David R. Jackson ECE Dept. Notes 36. Radiation Physics in Layered Media. Line source on grounded substrate. Note: TM z and also TE y (since ). For y > 0 :. Reflection Coefficient. where. -. +. Poles. Poles :.

827 views • 46 slides

Module 20: Correlation

Module 20: Correlation. This module focuses on the calculating, interpreting and testing hypotheses about the Pearson Product Moment Correlation Coefficient. Reviewed 05 June 05/MODULE 20. Correlation.

505 views • 37 slides

Tsunami! Understanding the Generation, Propagation, and Hazards of Tsunamis

Larry Braile, braile@purdue.edu , web.ics.purdue.edu/~braile Sheryl Braile NSTA, Boston, 2008. Tsunami! Understanding the Generation, Propagation, and Hazards of Tsunamis. (Despite the popularity of this image, tsunami waves do not normally look like this.).

663 views • 36 slides

Broadband PLC Radiation from a Power Line with Sag

Broadband PLC Radiation from a Power Line with Sag. Nan Maung, SURE 2006 SURE Advisor: Dr. Xiao-Bang Xu. OBJECTIVE. To model a radiating Catenary Line Source (Eg. An Outdoor wire with sag) Understand Physical Interpretation of Mathematical Models

474 views • 35 slides

Emitter Selection

Emitter Selection . Emitter types. Long path emitters, Short orifice emitters, Vortex emitters, Pressure compensating emitters, Porous pipe or tube emitters. Further classification. Point source Line source Sprays. Microsprinkler /Sprays. Orifice control emitters

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Dispersion Modeling 101: ISCST3 vs. AERMOD

Dispersion Modeling 101: ISCST3 vs. AERMOD. Iowa Chapter AWMA February 14, 2006 Mick Durham Stanley Consultants, Inc. What we are going to talk about. Brief History of Dispersion Modeling Industrial Source Complex Model AMS/EPA Regulatory Model (AERMOD) Comparisons The IDNR Connection

648 views • 32 slides

Dispersion Modeling 101: ISCST3 vs. AERMOD

Dispersion Modeling 101: ISCST3 vs. AERMOD. Iowa Chapter AWMA February 14, 2006 Mick Durham Stanley Consultants, Inc. What we are going to talk about. Brief History of Dispersion Modeling Industrial Source Complex Model AMS/EPA Regulatory Model (AERMOD) Comparisons The IDNR Connection

714 views • 32 slides

Statistical Investigation of Frequency-Stirred Reverberation Chambers

Statistical Investigation of Frequency-Stirred Reverberation Chambers. Shih-Pin Yu Charles F. Bunting. Founded by NASA Grant NCC-1-01032. Statistical Investigation of Frequency-Stirred Reverberation Chambers. What is the Reverberation Chamber ?.

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HW # 6

261 views • 19 slides

Chapter 9 Atomic Absorption Spectrometry (AAS) 1 Sample Atomization

Chapter 9 Atomic Absorption Spectrometry (AAS) 1 Sample Atomization. 1.1 Atomic Absorption Spectrometry (AAS) determination of elements not compounds needs radiation source high temperature for atomization Atomization Flame Electrothermal. 1.2 Flame atomizer for solutions

725 views • 18 slides

Principles of Visual Design

Principles of Visual Design. Spring 2004 English 569: Digital Media and English Studies. Contrast. If two items are similar but not exactly the same , make them different, very different .

334 views • 17 slides

Principles of Visual Design

Principles of Visual Design. Spring 2004 English 569: Digital Media and English Studies. Contrast. If two items are similar but not exactly the same , make them different, very different .

531 views • 17 slides

AERLINE: Air Exposure Research model for LINE sources

AERLINE: Air Exposure Research model for LINE sources. Michelle G. Snyder 1 , Vlad Isakov 1 , David K. Heist 1 , Steven G. Perry 1 , Akula Venkatram 2 , Sarav Arunachalam 3 1 U.S.EPA/NERL/AMAD, 2 UCR, 3 UNC/IE. CMAS Conference 15-17 October 2012. Why was AERLINE Developed?.

243 views • 16 slides

Air Quality Management of Particulate Matter Emitted from Vehicular Sources in Delhi

Air Quality Management of Particulate Matter Emitted from Vehicular Sources in Delhi. by P. Goyal, Neeru Jaiswal, Rashmi Mittal Centre for Atmospheric Sciences, Indian Institute of Technology, Delhi. Overview of the Presentation. Introduction Objective of the study

326 views • 15 slides

Air Quality Management of Particulate Matter Emitted from Vehicular Sources in Delhi

Air Quality Management of Particulate Matter Emitted from Vehicular Sources in Delhi. by P. Goyal, Neeru Jaiswal, Rashmi Mittal Centre for Atmospheric Sciences, Indian Institute of Technology, Delhi. Overview of the Presentation. Introduction Objective of the study

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I have to do what? Choosing and Developing your Topic

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Aim: How can we explain wave fronts?

Aim: How can we explain wave fronts?. Do Now: A transverse wave travels at a frequency of 120 Hz with a wavelength of 2.5 m. Calculate its velocity. v = f ? v = (120 Hz)(2.5 m) v = 300 m/s. 2 meters. What is the wavelength? 3.5 ? = 21 meters ? = 6 meters. 21 meters.

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OBJ 2 Internal and External Exposure Control

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