Derive the angular spectrum of the field transmitted through an amplitude grating that the transmission coefficient...

Derive the angular spectrum of the field transmitted through an amplitude grating that the transmission coefficient is T=T0* cos^2(2pi*x/a). Assuming normal incident plane wave at wavelength ?. Based on the result, design a amplitude grating that has uniform power distribution into three diffraction orders.

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genius_generous answered 2 years ago

Derive the Fresnel equations for the complex amplitude of the reflected and transmitted electric fields ?or...

Derive the Fresnel equations for the complex amplitude of the reflected and transmitted electric fields ?or and ?ot, in terms of the amplitude of the incident electric field ?oi, for a plane wave incident at an oblique angle on an interface between two dielectrics, when the polarization of the incident wave is perpendicular to the plane of incidence (s-polarized). Express the answer in terms of the parameters ?= costhetaT/costhetaI and ?=M1v1/M2v2. <-M mue

Derive the reflection coefficient and transmission coefficient for the parallel polarization. Hint: Refer the perpendicular polarization.

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1. Assume that a bit sequence "10000000" has been transmitted through a transmission media using parity...

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A plane electromagnetic wave with magnetic field amplitude 0.02 T is propagating through a vacuum. What...

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