If the bifilar coil can produce a magnetic field, and a dielectric field when pulsed,
and it can make a dielectric field, and a longitudinal field (without magnetic field) when opposite pulsed from both sides,
How does this longitudinal field manifests itself?
The dielectric, is in the 2D plane of the pancake windings. the magnetic field is wrapped around the windings in a spacial 3D field
The longitudinal field, I think, is beaming of at a right angel to the windings. but, I dont believe in straight lines, So It would be a vortex. one above and one below.
As the dielectric fields are counter rotating, it would also be a double vortex, counter rotating.
To have bifilar coils, tuned to the smae resonant frequency, stacked, but spaced apart. Would create a vortex inbetween the coils. one, might amplifiy the other, giving rise to more and more dielectric field energy. If we tap into this dielectric field, and take its energy away, the longitudinal vortexes would keep resupplying the dielectric field voltage.
The standing waves of the dielectric field, in a bifilar coil, when pulsed without the magnetic field, would make the whole surface of the windings give a impulse to the longitudinal wave. Due to the rotational energy, from outside to inside, and inside to outside.
and it can make a dielectric field, and a longitudinal field (without magnetic field) when opposite pulsed from both sides,
How does this longitudinal field manifests itself?
The dielectric, is in the 2D plane of the pancake windings. the magnetic field is wrapped around the windings in a spacial 3D field
The longitudinal field, I think, is beaming of at a right angel to the windings. but, I dont believe in straight lines, So It would be a vortex. one above and one below.
As the dielectric fields are counter rotating, it would also be a double vortex, counter rotating.
To have bifilar coils, tuned to the smae resonant frequency, stacked, but spaced apart. Would create a vortex inbetween the coils. one, might amplifiy the other, giving rise to more and more dielectric field energy. If we tap into this dielectric field, and take its energy away, the longitudinal vortexes would keep resupplying the dielectric field voltage.
The standing waves of the dielectric field, in a bifilar coil, when pulsed without the magnetic field, would make the whole surface of the windings give a impulse to the longitudinal wave. Due to the rotational energy, from outside to inside, and inside to outside.