![]() Write down the equation that describes the index ellipsoid of the crystal in the original coordinate system. Find the principal dielectric axes ĉ, ŷ, and 2 of the crystal and their corre- sponding principal indices of refraction. Transcribed image text: 1.6.4 When the electric permittivity of a crystal is measured at 2 = 1 um with respect to an arbitrary Cartesian coordinate system defined by î1, h2, and i3, it is found to be given by the following tensor: 4.786 0.168 0 5.01 E= EO 0 0 0.168 0 4.884 a. Show transcribed image text Expert Answer The entire path if the wave is linearly polarized? How about if the So that the polarization of the wave remains unchanged throughout How do you arrange an optical wave to propagate in such a crystal Optical axis if it is uniaxial or its optical axes if biaxial. Is the crystal uniaxial or biaxial? Find its The index ellipsoid in the coordinate system defined by the Write down the equation that describes the index ellipsoid of theĬrystal in the original coordinate system. Find the principal dielectric axes xˆ, yˆ, and zˆ of theĬrystal and their corresponding principal indices of refraction. Λ = 1 µm with respect to an arbitrary Cartesian coordinate systemĭefined by xˆ1, xˆ2, and xˆ3, it is found to be given by the 1.6.4 When the electric permittivity of a crystal is measured at ![]()
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