X-Blade

Maybe you are right.

But what kind of magnet wire?

Today i bought 1KG of enamelled wire 24 AWG (0,5mm), my big surprise when i measure the total resistance of the bobin:

50 OHMS!

Less resistance than secondary coil  on the VIC from the dune buggy.

This let me think a little bit...

I dont want to doubt about Don's honesty but...

Was it really copper??
Was the measurements right?

Was all of us fooled with this wrong information?

Is this why nobody can put it to work?

I measured with 2 different multimeters, and both gave me the same values...

What a f..... was that?

1kg is about 553 meters (50 ohms!)

According this study it appears that during the tests, water maintained the dielectric constant at 2.92khz even with temperature changes.

Thats amazing, the water is really a misterious thing.

Also we can see the wide range of variaton in the dielectric constant at lower  frequencies.

It is really a challenge to make it act as a capacitor and tune a LC circuit...

I believe that Stan figured this all to.

The behaviour of the water capacitor:



This study shows the dielectric constant changes of water in fuction of low frequencies and temperature.

Nice test with a real water capacitor!

Dont matter if its bifilar or single wound.

Bifilar is used to both coils match inductance and capacitance of them self

Steve, each coil has its own inductance and capacitance, and performs like a paralel RLC circuit, when it happens at resonance of itself LC components, it represents a high reactance value and voltage across it.

I have some thoughts to share and discuss with you, since nobody cares on the Russ forum because I am on Max Miller forum.

Well, its my forum, so i am always here 

Do you have any idea on how to calculate or to measure the capacitance of a waterfuelcell?

cheers!

Dry the cell completely and measure it with air.
Air dielectric is very near to 1.

Then multiply by the water dielectric constant.

I made some experiments with paper as dielectric and it correspond correct.
By the way I have some doubts abou wfc behaving like a real capacitor...

Hi Steve.
Nice to see you are there, this forum almost stopped.

There are other people claiming the same like UncleFester (Tad Johnson) but no one showed it.
It looks to  be unreachable to us, water varies the dielectric constant in function of frequency and temperature.

Without measurements it is a waste of time.

do it yourself, put a pwm or a freq generator hooked to a battery and put a transformer primary in series with the wfc, then short the secondary....
It is a little bit obvious what is happening here...

It looks like fake.

If he has the primary in series with the tubes it behaves like an inductor, and short the secondary, what is left is the short-circuit indutance of the primary, also known as leakage inductance, that is so much lower and let pass more current.

It is on 661 ended one

Hello Steve and all.

The problem using resistors is the power loss because it dissipates in form of heat.

Watch the New Zealand house meeting video on youtube, Stan explains what resonant action is.

This topic is a bit old, but for everyone that never give up thats my opinion:

There are some things in common on both systems, and the most important (IMO) is the PARTICLE IMPACT called by Meyer as RESONANT ACTION

Steve, there is something you forgot:

Water conductivity, low resistance.
Our simulations works great with real capacitors

Hello Steve.

It is clear on the Independent Test Evaluation Report that it is not overunity, nor even 100% efficient.

The supposed gain as Stan claims was from resonant cavity but nobody saw any demonstration.

Im wondering if there is an "evaluation report" about Resonant cavities that is hidden from us ...
I would like to see some real data...

Hello people.

I know that the idea of this forum is to share the experiences and discuss all of it.
Today, running on Max Miller facebook group I found a picture about the spherical resonant cavity demo unit.
This proves that there was a lot of documents and pictures that wasn't released to the public.

Now, Im wondering why should we share our work with this ones that hold this for themselves.
We could be giving what they didn't found yet and they hold this information from us...

Let me correct you.

Arduino only generate 5v signals, it generates pulses to the gate pin of a Mosfet transistor.

For amplitude control you will need digital to analog converter.

I use Arduino nano , it has the same chip as uno (atmega328) but i believe that any arduino with 16mhz crystal will do the job.