Frogwatch wrote:
I've forgotten most of this stuff (it was in the mid-80s). Basically,
the ions cannot respond to the RF but the very light electrons can so
it is the eelctrons in the water doing the work and being heated. A
mist might work but I remember that the discharge was very close to
the electrodes and fell off rapidly as you got away from them. This
guy probably has electrodes very close together.

That makes sense, since the field strength drops off so fast as a
function of distance. How about emitting RF thru a screen or flat
plane emitter; maybe there is some promise a modulated fuel cell with
water mist or vapor pushed thru a carefully controlled RF chamber,
then re-converted almost immediately? If there is a net energy gain in
the reaction, then it should be much better than any hydrogen fuel
cell I've heard of.... Get it worked out, I'll draft a letter to the
BP board, I'm a stockholder.... you can split the royalties with me.


Regards
Doug King