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1. A uniform lossy medium with ɛ, 3, tand = 0.1, and u = Ho fills the region between z = 0 and z = 20 cm, with a ground plane at z = 20 cm. An incident plane wave with an electric field Ēin = 2100e Yz V/m is present at z = 0 and propagates in the +z direction. The frequency is 3.0 GHz. Compute the power density of the incident wave, Si, and the power density of the reflected wave, S, at z 0.

1. A uniform lossy medium with ɛ, 3, tand = 0.1, and u = Ho fills the region between z = 0 and z = 20 cm, with a ground plane at z = 20 cm. An incident plane wave with an electric field Ēin = 2100e Yz V/m is present at z = 0 and propagates in the +z direction. The frequency is 3.0 GHz. Compute the power density of the incident wave, Si, and the power density of the reflected wave, S, at z 0.

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1. A uniform lossy medium with &, 3, tand = 0.1, and u = Ho fills the region between z = 0 and z = 20 cm, with a ground plane at z = 20 cm. An incident plane wave with an electric field Ēin = £100e-Yz V/m is present at z = 0 and propagates in the +z direction. The frequency is 3.0 GHz. Compute the power density of the incident wave, Si, and the power density of the reflected wave, Sr, at z = 0.
Transcribed Image Text:1. A uniform lossy medium with &, 3, tand = 0.1, and u = Ho fills the region between z = 0 and z = 20 cm, with a ground plane at z = 20 cm. An incident plane wave with an electric field Ēin = £100e-Yz V/m is present at z = 0 and propagates in the +z direction. The frequency is 3.0 GHz. Compute the power density of the incident wave, Si, and the power density of the reflected wave, Sr, at z = 0.
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