antenna physics question
On Dec 5, 12:51*pm, Sean Con wrote:
Hi ...
SNIP
Hi Sean
Re acceleration of charge.
First I have little training in physics so I am not pre programmed. I
am an old retired mechanical engineer
Stating facts as I see them.
Adding time variant to a Gaussian field results in Maxwell equation
for radiation establishing a particle as a carrier of charge. Solar
particles are attracted to diamagnetic surfaces which are also used
for radiators.
Only one resistance reflects energy supplied to a charge. the other
resistance of skin depth is a loss.When a external magnetic field is
removed from a radiator so is skin depth and current flows on the
surface. For Maximum efficiency the particle must be raised for
friction reasons and a displacement current does just that. Now a
Faraday cage I see as a separation
of fields imposed on a particle,The magnetic portion stays on the
outside of the shield and the electric field alignes itself on the
inside
cancels leaving only AC current , a reverse of radiation transmission
For a solenoid we have all the above features, A Faraday shield around
a radiator. The radiator is a Meander form and resistive or non
frequency relevant. Now the radiator is energized for transmission B
reaches saturation
energy transferred to H until the coil becomes diamagnetic. The
displacement current raises resting particle neutralizing gravity and
is in equilibrium.All energy applied to the particle is now equal to
acceleration of charge for maximum efficiency such that the thrust and
spin allows for straight line trajectory. All the above can be seen
from superconductor reaction equivilency. The two vectors of thrust
and helical spin applied to the particle are Newtons reaction to
Earth's position in the Universe and reflected by the two vectors of a
time variant current which is also the same as
a boundary break to release a particle from a Gaussian field during
the Big Bang and the basic forces envisaged by Einstein for the
Standard Model ala the twisted ladder of life itself.
Regards
Art xg
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