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Unformatted text preview: (7) in cartesian geometry, while in spherical geometry it is: r = R E arccos [sin θ j sin θ i + cos θ j cos θ i cos( λ jλ i )] (8) where R E is the Earth radius. ±or the present problem we assume that ˆ q i remains constant as the blobs are carried by the wind. The concentration of q should be computed every 12 hours over a grid that spans a domain that encompasses a wide swath around the particle trajectories. Choose σ i = 1 km and ˆ q i = 1 for all particles. The concentration q ( x j ) should be computed on a set of points laid out on 1 / 8 degree grid. Note that the particles should be tracked for a period of 7 days. It is probably best if the output of q be written in binary form using the ²leio module. The data can then be read in matlab with the help of fortread.m. 5...
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This note was uploaded on 01/08/2012 for the course MSC 321 taught by Professor Staff during the Fall '08 term at University of Miami.
 Fall '08
 Staff

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