> I believe the cylindrical outer heaters are just resistor coils embedded
>> in a high thermal conductivity ceramic.
>>
>
> I suspect that Andrea has at TWO sides of the power triangle more or less
> regular resistors connected and between the phases at the third side a
> resistor coil for a very specific frequency range. This may cause the huge
> phase shift of all the phases of the power signals and possibly also an
> oscillation needed for a resonance inside the reactor?
>
> Because the central cylinder is a thick, closed conductive cylinder, any
AC (oscillatory) signals in the heater surrounding the cylinder will be
reflected or absorbed as heat before reaching the inner confines of the
cell where the H2 is. There will be a huge attenuation from the outside to
the inside. If the exterior AC/RF is increased in amplitude, by the time
enough RF energy is deposited into the H2 to cause any disassociation, you
would probably have melted the stainless cell from the amount of RF that
the cell converted to heat (absorbed in skin resistance). I just don't
think this form of H2 excitation is possible with the present
configuration. I think his reaction is being stimulated by heat (perhaps
cycled heating).
