URGENT! WATER AS FUEL DISCOVERY FOR EVERYONE TO SHARE

[sparks]

 @groundlo


         Nice circuits.  Homegrown converter.   You could take your circuit up to any voltage depending on the driven transformer.   What freq is this circuit setup for?

[gmeast]

Just ordered the TVS diodes, 2nd day delivery. I hope this works for us, now the bad part...........waiting for them to arrive so I can install into the circuit! Thanks guys, for such a quick response with a possible solution for our inverter issues. You guys are the best!!


Thanks............................... Mike

Hi Mike,

What TVS's did you order ... P/N's, etc. and where are you putting them?  I think there is one bi-dirrectional and one directional.

Let me know,

Greg

[scalar wave]

Thought I'd put a few ideas of the Plasma Spark out there for considersation;

Looking at Bedini-Bearden's "Free Energy Generation" book, the resistors, inductors, and capacitors are amplifiers for the negative energy being experienced in the circuit....notice the circuit runs cold and with minimal wire size for strong power effects.  The spark gap creates asymetrical characteristics (sharp gradiants) releasing energy from the environment into the system.

From their book...."...for the component of negative energy that does propagate through the circuitry, the sharp flow of negative energy passing through an impedance (inductive, resistive, or capacitive impedance ) section results in the production of a negtive impedance effect---or amplifier effect--wherein excess negative energy freely flows into said impedance section from the activated local envirnment....thus amplifying the output of negative energy into the circuit......


Anyway, the isolation transformer 1:1 probably is a "amplifier" to a certain degree, along with the choke coils, resisters, and capacitors.

There's a lot more in the book and similarities to our circuitry.  No wonder the strange effects.

Read the book for some tips and similarities.  More later.......

Mike

[Groundloop]

@sparks,

The frequency for oscillators like this will be where the transformer has minimum loss.
Typically (for a iron core Toroid transformer) in the range of 1 to 2 kHz. If you use a Ferrite
core transformer then a bit higher. You can adjust (set) the frequency by using a non
polarized capacitor across the coil (between + and collector on transistor).

Groundloop.

[gotoluc]

I realize I'm not up-to-speed on far too much of what has been happening, but I am wondering
if anyone takes into account the simple concept that the (If standard) Charge of the Coil produces
Positive HV, which also contains the "other" type of energy.  The "Collapse" of the Charge is
the one producing the negative HV being used to form the spark.  There are concepts in this
situation that I have heard no-one mention, and I'm going to re-read the entire thread just so
I don't look the fool for a second time in a short period.  (I'll apologise after I read...)

As is well known, the "Tesla" use of a spark gap was to limit the Electron flow and make use of
the "Potential" flow.  I'm not going to mention the actual types of energy involved, as there are
too many arguements on that subject already.  If the "Plasma" part of the reaction is what is
truly desired, then True electron flow is NOT desired.  This would change how the "Capacitor"
would be used in this situation and require a different type of cap for best function.  Also, the
best way to store a charge for output would be a coil, as the collapse would be a better form
of energy discharge.....   (Sure gives me different results, but I need two chokes to ensure
continous charge avail when sparking, for better charge recovery.  Yes, I'm playing too much.)

Do I sound off the wall, or has anyone else gone this way with their testing???

(Little note.  My record is a 1.5 inch long plasma arc.  Jacobs ladder setup for testing.  The
properties of the plasma arc get very interesting as the gap increases.  VERY Freq. dependant.)

Hi Loner,

thank you for posting. Please do all you can and know to find the potential of this circuit and effect.

Did you see the video I posted of Aaron's findings using a choke?

I also tested it with a choke and this is what I found: I did some test using my basic circuit and a heavy gauge inductor as choke which was just a MOT primary but no core (Air Core) and replicated the effect. It is very interesting to see the same reaction when water is sprayed but not much sound.  I added a 1N4007 to see if I can collect some kick back energy from it and I was able to collect 43vdc in a 220uf cap with one spark pulse. The discharge cap was identical 220uf charged to 168vdc. It seems to give best kick back energy collection when both caps are the same uf value, I tried it with lower and higher capacitance and it was less each way.

One interesting thing I noticed with the collection diode (directing positive to cap) is I tried it on each side of the choke and noticed that If it is on the Ground side of the choke (if the cap is empty) the spark sound comes back but gets less with each additional spark pulse as the cap fills up. Connected to the other side it was always stays a mostly silent spark but the cap did not fill much on additional spark pulses.

Interesting stuff. Please help us to understand this effect

Luc