Magnetolysis - REPLICATIONS ONLY

[Magluvin]

Hi all
Ive been out of the loop for a bit, but had a lot of time to think.
Ram emailed me to check out this idea and it sounds good.
It seems we have all the ingredients other than solution density and how to fire the coil.

Solution will have to be experimented with.

Firing the coil, I would use cap discharge. High impulse dc. Teslas Igniter circuit just might do it. But a cap discharge of high voltage, say start at 300v, starting with small caps at first.
Just a suggestion from what I understand of it at this point.

Caps at high volts can deliver gobs of amps into the coil instantaneously, and produce a strong field very quickly.

Again, just from what I read since last night, I see the particles all in a series/ parallel  glob, maybe, but it will take a good pulse to produce all the energy needed to get the majority of the particles to split water all together.

I like the capacitive plates on the container idea also. Believe it or not, I had thoughts of this within the last 2 weeks as to if it could work, being the water becomes a part of the capacitors makeup. This will provide voltage potential within the water, but the induction idea does hold more plate surface area as suggested.

A cheap strobe light can charge a cap to 400v pretty quick, put a larger cap in, it will take longer to charge with the same circuit, but will pulse harder.  If it works, build or buy a bigger strobe circuit or just a flash circuit.

Hope this helps

Mags

[Magluvin]

one more thing. From what I know, dc works better at producing hho better than ac. But I dont know if that applies here. And we all know that the field needs to fluctuate to produce current in a conductor. I would also try some low freq ac. It has a longer dc component which might work.
I read 5 amps input. Does anyone have an ohm reading of a coil according to the directions so far? The voltage can be calculated V=IxR   just to get a base going.
Now if it took an average of 5 amps to charge a cap for discharge, the this would produce a lot of energy considering the size of the discharge cap.
But if it is ac, the voltage requirements might be higher as freq goes up, considering the coil impedance. But as long as we have a way to measure the current at around 5 amps, at whatever voltage or freq together produces 5 amps, someone should be able to get close keeping these things in mind.
But then again, 5 amps where?  In the coil? From a 12v supply battery?
Just ideas

Mags

[wojwrobel]

hello

you may find this usefull

read, think and do.....
US3719583
US5124012
US7033478
US7033478

and most promessing WO2010066025A1 and EP2163514A1

cheers from poland
wojsciech

[ramset]

Hello friend,
Thank you for sharing this info!
we are discussing this over here,

http://www.overunity.com/index.php?topic=9448.msg256623#new

Chet

[Groundloop]

@All,

I have built an RF oscillator. The RF output in the coil is approx. 5 Watt
when the circuit runs on 15 Volt 0,5 A. The frequency with a empty jar
is approx. 10MHz. When I fill the jar with water then the frequency is 14MHz.
I have tried plain tap water, tap water with table salt and tap water with
baking soda, but no bubbles yet. Haven't messed around with Sodium hydroxide
yet.

Groundloop.