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3) For the case of the oblique incidence of a uniform plane wave with parallel polarization on a plane boundary at z=0 with&, = 6, E, = 2.25€,, 4, = 4, = 4, (z<0 material 1 and z>0 material 2). Assume H, = 0.053(A/m), f=100(MHz), and e, = 30°. a) Find the reflection and transmission coefficients, b) Find the reflected and transmitted electric and magnetic field expressions in the time form.

3) For the case of the oblique incidence of a uniform plane wave with parallel polarization on a plane boundary at z=0 with&, = 6, E, = 2.25€,, 4, = 4, = 4, (z<0 material 1 and z>0 material 2). Assume H, = 0.053(A/m), f=100(MHz), and e, = 30°. a) Find the reflection and transmission coefficients, b) Find the reflected and transmitted electric and magnetic field expressions in the time form.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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3) For the case of the oblique incidence of a uniform plane wave with parallel polarization on a plane boundary at z=0 with&, = ɛ,, &, = 2.25€,, 4, = H, = µ,(z<O material 1 and z>0 material 2). Assume H, = 0.053(A/ m), f=100(MHz), and e, = 30° . a) Find the reflection and transmission coefficients, b) Find the reflected and transmitted electric and magnetic field expressions in the time form.
Transcribed Image Text:3) For the case of the oblique incidence of a uniform plane wave with parallel polarization on a plane boundary at z=0 with&, = ɛ,, &, = 2.25€,, 4, = H, = µ,(z<O material 1 and z>0 material 2). Assume H, = 0.053(A/ m), f=100(MHz), and e, = 30° . a) Find the reflection and transmission coefficients, b) Find the reflected and transmitted electric and magnetic field expressions in the time form.
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