Standing-Wave Current vs Traveling-Wave Current
Cecil Moore wrote:
Mike Monett wrote:
The term "bounce" means they interact. Electromagnetic signals do
not interact. They superimpose. Each is completely unaware and
unaffected by the other.
Except when they are coherent, collinear in the same direction,
equal in magnitude and 180 degrees out of phase.
Fabricated nonsense.
Thensomething
permanent happens as signified by the s-parameter equation.
b1 = s11*a1 + s12*a2 = 0
s11*a1 and s12*a2 are coherent, collinear in the same
direction, equal in magnitude and 180 degrees out of
phase. Their combined energy components are redistributed
in the direction of b2 = s21*a1 + s22*a2
Squaring the above equation results in the power density
irradiance equation from the field of optics.
Preflected = (b1)^2 = (s11*a1)^2 + (s12*a2)^2 + 2*s11*a1*s12*a2 = 0
micro.magnet.fsu.edu/primer/java/scienceopticsu/interference/waveinteractions/index.html
"... when two waves of equal amplitude and wavelength that
are 180-degrees ... out of phase with each other meet, ...
All of the photon energy present in these waves must somehow be
recovered or redistributed in a new direction, according to the
law of energy conservation ... Instead, upon meeting, the photons
are redistributed to regions that permit constructive interference, ..."
That certainly sounds like an "interaction" to me.
But to truly be considered official proof of an interaction, it must
walk like one as well as sound like one, IIRC.
:-) ac6xg
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