For a homogeneous dielectric medium with the refractive index of n(w), if the polarization of the plane wave solution (at the frequency w) that propagates in the direction is orthogonal to the z-direction (i.e., E · 2 = 0) and E = E,, please determine (a) the electric field E and the magnetic field H for the plane wave, and (b) the energy flux (the energy transfer per unit area per unit time) across the z=0 plane for the considered plane wave.
For a homogeneous dielectric medium with the refractive index of n(w), if the polarization of the plane wave solution (at the frequency w) that propagates in the direction is orthogonal to the z-direction (i.e., E · 2 = 0) and E = E,, please determine (a) the electric field E and the magnetic field H for the plane wave, and (b) the energy flux (the energy transfer per unit area per unit time) across the z=0 plane for the considered plane wave.
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Transcribed Image Text:For a homogeneous dielectric medium with the refractive index of n(w), if the polarization
1
of the plane wave solution (at the frequency w) that propagates in the
direction is orthogonal to the z-direction (i.e., E·2
0) and E = E,, please determine
(a) the electric field E and the magnetic field H for the plane wave, and (b) the energy
flux (the energy transfer per unit area per unit time) across the z=0 plane for the
considered plane wave.
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