A signal in air (z 0) with the electric field component E = 10 sin(t +

A signal in air (z ≥ 0) with the electric field component E = 10 sin(ωt + 3z)a_x V/m hits normally the ocean surface at z = 0 as in Figure 10.24. Assuming that the ocean surface is smooth and that ε = 80ε_o, μ = μ_o, σ = 4 S/m in ocean, determine

Figure 10.24

(a) ω
(b) The wavelength of the signal in air
(c) The loss tangent and intrinsic impedance of the ocean
(d) The reflected and transmitted E field

Transcribed Image Text:

8 = HOE ak Ocean 808 = po = 4 N X