Taking Radiation gauge øL = A(x, t) AL(x, t) + Vxo(x, t), дхо (x, t), Ф(х, t) ФЕ (х, t) (3) - we always find ø = 0. In this case, confirm the divergence-free condition for A.
Taking Radiation gauge øL = A(x, t) AL(x, t) + Vxo(x, t), дхо (x, t), Ф(х, t) ФЕ (х, t) (3) - we always find ø = 0. In this case, confirm the divergence-free condition for A.
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![Taking Radiation gauge øL
A(x, t)
AL(x, t) + Vxo(x, t),
$(x, t)
$1(x, t)
ФЕ (х,
(x, t),
(3)
we always find ø
0.
In this case, confirm the divergence-free condition for A.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2ee8e8e1-3abf-4400-8585-6c0612d33b67%2F02496ed1-85fc-4518-9382-e46dfa232b1e%2Fjk5y6ep_processed.png&w=3840&q=75)
Transcribed Image Text:Taking Radiation gauge øL
A(x, t)
AL(x, t) + Vxo(x, t),
$(x, t)
$1(x, t)
ФЕ (х,
(x, t),
(3)
we always find ø
0.
In this case, confirm the divergence-free condition for A.
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