In discussing Tesla stinging that happened only when power to Edison's generators was turned on
the later with quenched spark gaps with various coil schemes including funnel shaped coil.
Some successful drivers are both tube and semiconductor types.
The sine wave is a good place to start. The wave shaping should be done in stages stepping up and filtering.
The asymptotic elliptical as a goal with minimal negative. The final amp to the final compression stage would be ideal
however the ugly wave barely resembling the ideal is getting good results on stinging wave
from at least 6 different methods. I recall the cool blue incandescent light that attracts copper strip being
thermodynamically strange has not been reproduced that I am aware of.
The dielectric itself has no effect on the polarization of the electrostatic field outside capacitors boundary.
the conductors do and there are advantages of keeping the magnetic at one end of the dipole.
A design consideration using coax is what configuration gives the field geometry that you need.
It is not like building an ion thruster where the ions are accelerated by passing thru electrified grids.
I am reminded of the cloud chamber for seeing cosmic trails. The right combination of
these waves when tuned may increase or change the direction of these trails.
My guess is conventional waves are not as effective. The ground side or reflection should not be ignored.
Theoretically if you get an increase in the cloud trails or even a change in direction then there is a basis
for improving the design.
the later with quenched spark gaps with various coil schemes including funnel shaped coil.
Some successful drivers are both tube and semiconductor types.
The sine wave is a good place to start. The wave shaping should be done in stages stepping up and filtering.
The asymptotic elliptical as a goal with minimal negative. The final amp to the final compression stage would be ideal
however the ugly wave barely resembling the ideal is getting good results on stinging wave
from at least 6 different methods. I recall the cool blue incandescent light that attracts copper strip being
thermodynamically strange has not been reproduced that I am aware of.
The dielectric itself has no effect on the polarization of the electrostatic field outside capacitors boundary.
the conductors do and there are advantages of keeping the magnetic at one end of the dipole.
A design consideration using coax is what configuration gives the field geometry that you need.
It is not like building an ion thruster where the ions are accelerated by passing thru electrified grids.
I am reminded of the cloud chamber for seeing cosmic trails. The right combination of
these waves when tuned may increase or change the direction of these trails.
My guess is conventional waves are not as effective. The ground side or reflection should not be ignored.
Theoretically if you get an increase in the cloud trails or even a change in direction then there is a basis
for improving the design.
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