A uniform planar wave (u.p.w.) moves through the air and approaches a perfectly insulating and non-magnetic medium (ɛ, = 9) located in the z > 0 region. The magnetic field component of the incident...


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A uniform planar wave (u.p.w.) moves through the air and approaches a<br>perfectly insulating and non-magnetic medium (ɛ, = 9) located in the z > 0<br>region. The magnetic field component of the incident wave is given below:<br>H' = ŷ 2 × 10-²e¯i(8x+62) (A/m)<br>a) Find the time-domain expressions of the reflected electric and magnetic<br>fields.<br>b) Find the time-domain expressions of the transmitted electric and magnetic<br>fields.<br>

Extracted text: A uniform planar wave (u.p.w.) moves through the air and approaches a perfectly insulating and non-magnetic medium (ɛ, = 9) located in the z > 0 region. The magnetic field component of the incident wave is given below: H' = ŷ 2 × 10-²e¯i(8x+62) (A/m) a) Find the time-domain expressions of the reflected electric and magnetic fields. b) Find the time-domain expressions of the transmitted electric and magnetic fields.

Jun 11, 2022
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