experiment_6 - %material dispersion in pure silica fibers...

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%material dispersion in pure silica fibers clc; close all; lamda = 0.65:0.05:1.65;% an array which stores wavelength from .65 to 1.65 %below are difened three tables: n , single_diff , Dub_Diff n = [1.45685128 1.45560969 1.45455521 1.45363725 1.45282003 1.45207767 1.45139101 1.45074564. .. 1.45013051 1.44953705 1.44895849 1.44838944 1.44782555 1.44726325 1.44669962 1.44613221. .. 1.44555895 1.44497810 1.44438815 1.44378781 1.44317592]; single_diff=[-.02714381 -.02276059 -.01958463 -.01725159 -.01552236 -.01423535 -.01327862 -.01257282. .. -.01206070 -.01170022 -.01146001 -.01131637 -.01125123 -.01125037 -.01130300 -.01140040 -.01153568. .. -.01170333 -.01189888 -.01211873 -.01235992]; Dub_Diff=[0.10309425 0.07410101 0.05412515 0.03997833 0.02972035 0.02212732 0.01640339 0.01201730. .. 0.00860611 0.00591684 0.00376986 0.00203553 0.00061889 -0.00055057 -0.00152585 -0.00234725. .. -0.00304575 -0.00364537 -0.00416491 -0.00461922 -0.00502012]; figure(1); subplot(1,3,1); plot(lamda,n); xlabel('wavelength(micro meter)--->');
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This note was uploaded on 03/01/2010 for the course ELECTRONIC 12345 taught by Professor Xyz during the Summer '10 term at Punjab Engineering College.

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experiment_6 - %material dispersion in pure silica fibers...

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