Aufgabe 2

clear all;

Gegeben:

mu_luft = 1+4e-7
mu_luft = 1.0000
e_luft = 1.00059
e_luft = 1.0006
mu_h2o = 0.999991
mu_h2o = 1.0000
e_h2o = 80
e_h2o = 80
mu_pet = 1.037
mu_pet = 1.0370
e_pet = 2
e_pet = 2
c = 299792458
c = 299792458

Lichtgeschwindigkeiten und Brechungsindices

cmed = @(mu,e)  1/sqrt(mu*e) * c
cmed = function_handle with value:
    @(mu,e)1/sqrt(mu*e)*c
c_luft = cmed(mu_luft,e_luft)
c_luft = 2.9970e+08
c_h2o = cmed(mu_h2o,e_h2o)
c_h2o = 3.3518e+07
c_pet = cmed(mu_pet,e_pet)
c_pet = 2.0817e+08
n_luft = c / c_luft
n_luft = 1.0003
n_h2o = c / c_h2o
n_h2o = 8.9442
n_pet = c/ c_pet
n_pet = 1.4401