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A plane wave is normally propagating from air into a homogenous medium wi th E2 = 3, H,2 =1, o; = 0 The incident E-field is known as E, = 1x10 V/m The initial phase of the EM wave is 0 at the medium interface. Determine the (1) r eflection coefficient, transmission coefficient, and standing wave ratio at the i nterface (2) the amplitudes of the reflection and transmission waves for the E -field and H-field.

A plane wave is normally propagating from air into a homogenous medium wi th E2 = 3, H,2 =1, o; = 0 The incident E-field is known as E, = 1x10 V/m The initial phase of the EM wave is 0 at the medium interface. Determine the (1) r eflection coefficient, transmission coefficient, and standing wave ratio at the i nterface (2) the amplitudes of the reflection and transmission waves for the E -field and H-field.

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A plane wave is normally propagating from air into a homogenous medium wi th Er2 = 3, H2 = 1, o, = 0 The incident E-field is known as E10 = 1x10-3 V/m The initial phase of the EM wave is 0 at the medium interface. Determine the (1) r eflection coefficient, transmission coefficient, and standing wave ratio at the i nterface (2) the amplitudes of the reflection and transmission waves for the E -field and H-field.
Transcribed Image Text:A plane wave is normally propagating from air into a homogenous medium wi th Er2 = 3, H2 = 1, o, = 0 The incident E-field is known as E10 = 1x10-3 V/m The initial phase of the EM wave is 0 at the medium interface. Determine the (1) r eflection coefficient, transmission coefficient, and standing wave ratio at the i nterface (2) the amplitudes of the reflection and transmission waves for the E -field and H-field.
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