Light propagation in an anisotropic crystal in the presence of strains and temperature change is investigated. This phenomenon appears in an embedded optical films sensor inside the structure or in an optical on the substrate for optical devices. The ...
Light propagation in an anisotropic crystal in the presence of strains and temperature change is investigated. This phenomenon appears in an embedded optical films sensor inside the structure or in an optical on the substrate for optical devices. The refractive indices which represent the light propagation in an anisotopic crystal are calculated and the changes of these refractive indices in the presence of strains and tepmerature change are also calculated. The calculations for the light propagation. In an isotropic medium with the simplified model are performed and the results are compared with devious investigators.