'Attenuation factor' diaporamas de présentation

Networks: Basic Concepts

280 views • 27 slides

Assessing Ground Water Vulnerability through Statistical Methods I

Assessing Ground Water Vulnerability through Statistical Methods I. NWQMC May 7-11, 2006 San Jose, CA. Regression Model for National Assessment of Nitrate in Ground Water. Tom Nolan and Kerie Hitt btnolan@usgs.gov. NWQMC May 7-11, 2006 San Jose, CA. Road Map.

184 views • 18 slides

Mobile Communications Netrowks

Mobile Communications Netrowks. Tutorial 8. Prob.1. Construct 4 Walsh (Orthogonal) codes for 4 different users by two methods . Assume that 4 users transmit their data with 22Kbps (before spreading) using these codes such that: User 1 transmits +1 @ 500m User 2 transmits -1 @ 1000m

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Surface Rendering With OpenGL

Surface Rendering With OpenGL. CS460 Project by Rui Yu 11/30/03. Two aspects. Windowing system or user interface Use MFC Create a window Viewport is the client area of the window Capture mouse move events in the client area Add buttons on a tools bar OpenGL commands

504 views • 13 slides

High Pressure Cavity Calibration and Measurement MCTF Meeting Al Moretti 11/06/08

High Pressure Cavity Calibration and Measurement MCTF Meeting Al Moretti 11/06/08. ? ps. ? ps = Maxium Electric Surface location. SuperFish Program used for the Calibration: The geometry is inputted to the program.

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Ray Tracing 5

159 views • 7 slides

5. A piece of communication equipment has two stages of amplification with gains of 40

Chapter 2. 5. A piece of communication equipment has two stages of amplification with gains of 40 and 60 and two loss stages with attenuation factor of 0.03 and 0.075. The output voltage is 2.2 V. What are the overall gain (or attenuation) and the input voltage?

1.63k views • 2 slides

Abstract

Numerical Experiment: Two Region Slab S 4. y inc = 40 (normal). y inc = 20 (grazing). 15 cells. D x = 0.667 cm s t = 3.0 cm 2 c = 0.9. 5 cells. D x = 2 cm s t = 2.0 cm 2 c = 0.9999. y inc = 40 (normal). y inc = 20 (grazing). 15 cells. 10 cells. D x = 1.333 cm.

125 views • 2 slides