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authorEugeniy Mikhailov <evgmik@gmail.com>2013-01-16 14:27:10 -0500
committerEugeniy Mikhailov <evgmik@gmail.com>2013-01-16 14:27:10 -0500
commit37d09478a8fca4e1229dcb1246c9f23f1f6118df (patch)
tree79e2d5f9179987b46b5b743c552c29f94ffb999e /demo_prism_disk_coupling.m
parent28ef703f718ce7f540864ca8f9a301f8d7d3f3e0 (diff)
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-%% Calculates incident angle for proper coupling into the disc via prism
-
-% angle of the prism faces in degrees
-prism_angle_in_degrees = 45;
-
-prism_angle = prism_angle_in_degrees*pi/180;
-
-%% prism index of refraction
-% Rutile (TiO2) see http://refractiveindex.info/?group=CRYSTALS&material=TiO2
-n_rutile_o = 2.4885; % p - polarization
-n_rutile_e = 2.75324; % s - polarization
-
-n_prism=n_rutile_o ; % for horizontal or p polarization
-
-%% disk material index of refraction
-% Magnesium Fluoride (MgF2) see http://refractiveindex.info/?group=CRYSTALS&material=MgF2
-n_MgF2_o = 1.3751;
-n_MgF2_e = 1.38679;
-
-% Measured
-n_MgF2_p = 1.465; % p-polarization
-
-
-n_disk=n_MgF2_p;
-coupling_description='Rutile prism, MgF_{2} disk, p-polarization';
-
-% calculate coupling angle and draw coupling solution with annotations
-prism_disk_coupling(prism_angle_in_degrees, n_disk, n_prism, coupling_description);
-