High voltage HHO by IronHead

[Bio-Texas-DFW]

x2 to that

[passion1]

Hi Guys

This was posted on the Joe Cell Free Energy device forum today.
I thought you might find it interesting.....
This guy charged water and got the shock of his life!!!!

"Hello to all members,

It is rather hard for me to type at this time because I am still
trembling, shivering, shaking, high strung, and more nervous that a
cat that has already used eight of his lives. I do think I have
calmed down enough to put some thoughts together. I thought some of
you might enjoy the experiment I did tonight so here it is: For the
last few years I have been trying to prove beyond the shadow of doubt
that water can or can not be electrically charged. I have several
tests on record that shows water will not charge, and then I have
several tests that show water will charge, so I am still at it.
Lately, since I have set up my wimshurst generator I have been doing
a lot of high voltage tests on water. I described the operation of a
wimshurst generator in an earlier post; it will produce between
100,000 and 200,000 volts.

One of the most important tests I have performed was trying to charge
a small container of water and then move it to another location and
test for a charge. The water in the plastic container would be about
one inch deep and the container is five inches square. At times I
could get the water and plastic container to give me a very mild
shock, at other times I was unsuccessful. To receive the very mild
shock I would have to very gently touch the surface of the water with
the tip of my finger, at times I could get 30 or 40 shocks from one
charge, but nothing great.

A while back Alex reminded me about the video of an electric pop
bottle that would shock you when you placed your finger in the top of
the bottle. I had seen something like this five or six years back but
never tried it. After Alex got me thinking about it again I decided
to experiment with the concept and it did not take long to learn that
getting a shock when you place your finger into the bottle was a
grave understatement. At least an understatement when you charge the
bottle with 100,000 volts dc.

Here is where I went wrong when trying to charge the small containers
of water: Apparently the water in the two liter pop bottle does not
charge as a unit, instead it charges in layers and this is easy to
prove. So the small container of water, one inch deep, was simply not
deep enough to have the layers charge. To charge the bottle filled
with well water I placed it on a five inch square piece of 20 gauge
SS within one inch of the negative twelve-inch toroid terminal. I
connected the positive toroid terminal to the water on the inside of
the bottle with a conductor attached to a small hot stick and held
near the positive terminal, it only takes three seconds or less to
charge the water. I can then pick the bottle up by the top of its
neck and transport it anywhere in my shop for testing.

The first few times I tested the water I simply placed my finger in
and touched the very top of the water, I thought this was another
dead end because no charge was detected. The third or fourth time I
placed the bottle in its location for testing, I accidentally set the
bottle down too hard on the test surface and a few drops of water
splashed out the top and hit my right forearm. Believe it or not the
water drops shocked my arm, and not just a prickling either. I jumped
back and thought what the - - - - was going on. My next thought was
could this water be charged and with high voltage, can this actually
be happening? Well it turned out that it was definitely happening!!!
The next bottle I charged was when it happened, the shock of my life.
Most of you know I have been working around high voltage for many
years; in fact it was my hobby. I have been shocked from every type
of high voltage gismo around and believe me when I say that this two-
liter bottle of water felt like the electric chair. With my left hand
finger in the water I was touching around the top area with my right
hand and I could hear a static crackling sound characteristic to high
voltage corona, but could not feel any shock sensation. About that
time I slid my right hand further down the side of the bottle and
that was when lightning hit me and picked me up off the floor, in
other words it levitated me.

After I recovered I started testing things out and this is when I
really got amazed. This time instead of sticking my finger into the
water I got smart and placed one end of a conductor into the water
and used the other end to probe around on the outside of the bottle.
As I moved the conductor around I could get electrical discharges
between one quarter and one half inch long, or more, from all lower
areas of the bottle. And get this, they never seem to stop, it goes
on and on and on. I let a charged bottle set for three hours and it
was just as active electrically as when first charged.

I then decided to test the charge locations on the bottle with a
small F4T5 fluorescent light bulb, and it worked great. I connected
one end of the bulbs electrodes to the water with a jumper and held
the five-inch long bulb in my hand to scan the sides of the bottle.
With my shop lights out the bulb was easily bright enough to see.
Just like with the jumper, as the bulb was moved to a new location on
the bottle the bulb would light up. If I used a sweeping motion
around the bottle the bulb would stay on continuous. The bottle
seemed to never discharge; the bulb went on and on and on. Sometimes
off the end of the bulb that was not attached to the jumper an
electrical discharge several inches long would occur and this
requires thousands of volts. I have a neon filled tube that I am
going insert into the water tomorrow t see if any charge in internal
to the water. When I left my shop I charged three bottles to set
overnight and test later.

I also charged a one-gallon water filled plastic milk bottle, and it
worked exactly the same as the two-liter pop bottle. Like I stated
above it only takes two or three seconds to charge the bottle of
water and it seems to last forever. I can already think of many tests
I need to perform on this project, but I am still amazed at how fast
this technique for charging is. If any of you can think of a test I
need to setup let me know and I will run it.

Still at this time I am not 100% sure it is the water that is charged
and not the plastic instead? As one of the upcoming tests I need to
charge the bottle and transfer the water into another bottle and see
if the charge goes with it. Also I need to try a glass bottle instead
of plastic, I am thinking it may not work. The charged bottle cannot
be acting as a Leyden jar capacitor; they require a metal on the
inside and outside of the jar or plastic container, I have built many
of them. This device seems to hold its charge longer than any
capacitor I have ever worked with. If I had not been there and done
that I would not have ever believed the results. James Goss"

[sparks]

    This is a description of a water capacitor.  The molecular bonding of a polarized molecule will respond to electrical input by stretching the bond angles.  Perhaps the bond angle of the water molecule is already stretched and there is a potential energy scource waiting to be harvested?  Water by atomic weight should be a gas not a liquid.  It is the electron orbit configuration that makes the water molecule electrically polarized therefore able to bond to other water molecules on a charge level not by sharing electrons.  This bond will store energy easily.  When you heat water it takes 144btu's per pound to change it to a gas.  Where is all that energy going while you are heating it?  I dare say that it is going into stretching the polar bonds of the molecules.  You take a pound of ethanol and apply the same amount of heat you get a pound of hot gas ethanol  very quickly.  No bond stretching going on there.

[give_it_away]

hell passion1 and everyone
if you watch the stan meyer video of new zealand (part 2 or 3) he will explain that if you knock of more of the electrons of the oxygen ( he uses a laser) the nucleus will release it energy some how. he explains it better. (I need to see it again. I have it if you want it). I think your doing it but with more volts instead lease volts with laser I think lease volts he doesn't say how much. He also explains a little that you can use HHO for energy like lighting a light build or even making a circuit to give energy to itself.  Just watch it and do more google searches on atoms and you will learn more.

[BALLSCREWPRO]

another more exciting hydrogen generator, fire from water, the smallest flame ever seen
http://www.youtube.com/watch?v=o2LiHkefxwY