14.2.Satisfaction of complex Maxwell's equations by dipole fields. Show that complex electric and magnetic field expressions for a Hertzian dipole in Eqs. (14.8) and (14.10) satisfy all four complex Maxwell's equations in differential form.
14.2.Satisfaction of complex Maxwell's equations by dipole fields. Show that complex electric and magnetic field expressions for a Hertzian dipole in Eqs. (14.8) and (14.10) satisfy all four complex Maxwell's equations in differential form.
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Transcribed Image Text:14.2.Satisfaction of complex Maxwell's equations by dipole fields. Show
that complex electric and magnetic field expressions for a Hertzian
dipole in Eqs. (14.8) and (14.10) satisfy all four complex Maxwell's
equations in differential form.
14.8
E = _SWA_V=-_WA_No
14.10
= 26 th 2 28[zar + (3) ecose + 6 [+ + [ne}
4r
20
jkr
= Errb+50
(jkr)
H = 17xA = [2 (₂) - ZAJ
1
DO
Ø skid
4Tr
*(1 + ghar Joine
Skr
ejkr
= Hobo
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