Author Topic: Back to Basics  (Read 27799 times)

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Re: Back to Basics
« Reply #120 on: April 22, 2024, 16:48:38 pm »
Check my YouTube channel tomorrow you will see hopefully a demonstration of current being restricted and voltage taking over
I hope to be able to show the  stepped up waveform with double frequency just like Stan show

No magic

I’m starting to  think that those tube cells was only for comparison with.electrolysis

Remember who wins the war tell the story

Who's at war?  I've already done the wave form too.


I mean after Stan passed his stuff we’re only found years later and probably some of that stuff could be from someone who worked trying to make it work again for example … in my experience we will never know the true of what happen and how exactly he did.. so who wins the war tells the story stands for we know what they left us to know…

That said getting to the point the correct way of measuring the cell voltage would be using a resistor in series with it at least so you guarantee the voltage of the resistor is the same in both the situations… if in any way the voltage across the resistor plus cell is greater for same current flow than you can have some sort of effect

However I did it many times and found nothing I encourage you too look further

Now I’m into make the water work as the electron source… that for me is what will change its resistance

The whole process of electric polarization as I described on my thread not sure if you read it…

Im building a very nice setup so I can demonstra it well

I’m even thinking about using labview to plot the impedance curve of the cell in order to have a better understanding on how to improve it better

The way I would do it would be using a resistor in series and one in parallel with the cell as a divider

On labview than we can show the power the impedance whatever

The thing is a plot of voltage around the cavity resonating frequency


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Re: Back to Basics
« Reply #121 on: April 22, 2024, 18:47:22 pm »
Unfortunately due to significant health issues, I don't really actively work on this project anymore. Every once in a while I tinker with it.

Embora eu tenha aprendido português brasileiro nos últimos anos. 😂
« Last Edit: April 23, 2024, 21:05:34 pm by timeshell »

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Re: Back to Basics
« Reply #122 on: April 22, 2024, 21:38:55 pm »
Unfortunately due to significant health issues, I don't really actively work on this project anymore. Every once in a while a tinker with it.

Embora eu tenha aprendido português brasileiro nos últimos anos. 😂

Espero que esteja bem amigo! Também fiquei um tempão parado por vários motivos mas pude voltar finalmente para tentar provar minha teoria.

Da uma lida no outro thread e me diz o que acha da minha ideia de como isso funciona.

I wish you the best healing! Hope I can bring you hope!

Acho que finalmente faz sentido físico!

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Re: Back to Basics
« Reply #123 on: April 23, 2024, 11:12:22 am »
Unfortunately due to significant health issues, I don't really actively work on this project anymore. Every once in a while a tinker with it.

Embora eu tenha aprendido português brasileiro nos últimos anos. 😂

health issues sucks.......
Hope you get well....


cheers!

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Re: Back to Basics
« Reply #124 on: October 31, 2024, 12:07:17 pm »
I know why the 2 chokes are different resistances.  It's too catch when resonance falls due to gas fluctuations. It's a resonance range creating an alternating resonant frequency pulse.

Sounds plausible  :)

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Re: Back to Basics
« Reply #125 on: October 31, 2024, 12:55:36 pm »
Here's something else.  Current lags voltage 90⁰ right?  When you apply the pulse to your primary, the primary will try to draw as much current according to its resistance (V=IR).  You need to choke the current going into your primary so that the voltage gets applied only, with as little current as possible.  The voltage will still get transformed and the current will be negligible on the secondary. This will help the water to resist any remaining current to allow a higher voltage charge across the water cell.

The water needs to resist the current until the voltage peaks at resonance are high enough to overcome the gap.  At 1mm, that would be 1.8kV.
« Last Edit: October 31, 2024, 13:37:00 pm by timeshell »

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Re: Back to Basics
« Reply #126 on: October 31, 2024, 13:59:24 pm »
Choke, or short pulsing?
If you pulse the transformer, then first voltage goes up, then electrons start to flow. Current.
Why not micro pulse the transformer?
Cut off the pulse before the big current flows in?

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Re: Back to Basics
« Reply #127 on: October 31, 2024, 14:16:05 pm »
If that works for you, sure.  I have found limiting the current on the primary works better for me.