>> The big problem with this information presentation is the usual (God
>> no,I'm sounding like a defeatest!) lack of technical data. eg: 700
>> Watts in - 3000 Watts out. How was this measured etc?...
Yep, if they had said 723 watts input and 2987watts output then MAYBE
I would tend to believe a little more.
>It intrigues the heck out of me....I was talking with a friend earlier
>tonite and he had been experimenting with an ozone generator for
>automobiles...runs off 12VDC and the ozone was ported into the
>carburetor....he said the van they tested ran smoother, but no noticeable
>increase in mileage.....the claim (from a now deceased researcher friend)
>was that by injecting ozone with gas, he got 90mpg...
>
>The reason I bring this up, he said he's been using a finger sized tube
>of argon gas with a small bead of mercury....when energized by an auto
>ignition coil, ozone production is profuse....the old Master Violet Ray
>tube has one or more glass tubes filled with argon, usually you can find
>these at flea markets....yet another source, Dr. James Bare provides
>details in his book on where to buy off the shelf tubes or tubes of your
>own design with one or more gases blown into them...they run up to about
>$300 depending on complexity....lots of sources for these plasma tubes to
>do such an experiment....then the high voltage coil construction details
>are in the f/e book...this would provide the magnetic impulse to produce
>the cycloid motion in the plasma....sounds better and better to me...
OK, the mercury is the key! Get a quartz tube or pyrex (not leaded
glass as all others) and put mercury gas inside. Ignite the gas into
a plasma and bingo... you will have UVA/B very very strongly. Move
air past this tube and it gets ionized into O3 because of the intense
energy. Argon in the tube only makes the tube light easier - also
keeps the displacement and convection currents even in the tube.
>From Rife experiments I performed on the plasma tube the
impedance for a given frequency and current changes.
This is due to the gas used and the electrodes in ionizing
the gas. There is displacement current and convection current
associated with the ionized plasma and when you take their ratio
you end up with what is called plasma angular frequency. The
neat thing about it is that the plasma is mainly inductive where
the plates are capacitive. There is a resonate frequency of the
tube/plasma where NO current consumed. It turned out for
the Rife tube, the Jim Bare used was around 100MHz if I
remember right. However, using a quasi TEM cell (parallel
line) one can get the plasma angular frequency lowered to
around 30 MHz. I had done this and got the Rife tube to light
with the Modified CB UNKEYED! I couldn't believe it!
However, that was not one of my goals at that time - just
making a matching network and classifying the tube was...
I think more research should be accomplished on the characteritics
of the plasma angular frequency, and see if we can tape some
overunity power out of it. Any idea???
v/r Ken Carrigan