Overunity electrolysis - 31 times more effective gas production than with DC

[ltseung888]

One question asked was:  How is Pulse Force different from Steady Force?
In Physics, work = force x disploacement.  Energy is required to do work.  The units of work and energy are the same.
When one has two equal and opposite Steady Forces F1 and F2 acting on an object, there can be no displacement.  No work is done or no energy is involved.

When one has two Pulsing Forces F3 and F4 acting on the same object, there will be displacement.  Much work is done and much energy is involved. 

Study the attached diagram.  Thus Pulsing DC Voltage is expected to be different from Steady DC Voltage.

[Marshallin]

i think guys you are drifting out of the topic.

I fullfil my gaps in electronics, and looks like realy si-tyristor is not needed here.

Main chalenge will be calculation of size and winding of inductor for proper saturation.   

[MarkE]

i think guys you are drifting out of the topic.

I fullfil my gaps in electronics, and looks like realy si-tyristor is not needed here.

Main chalenge will be calculation of size and winding of inductor for proper saturation.   

Not only is it not needed, the flyback topology results in a long lasting current tail that is counter to the stated hypothesis of the researchers.  A CDI topology would be more faithful to their idea of delivering all the energy in pulses so narrow that a double barrier cannot form.

[Bob Smith]

i think guys you are drifting out of the topic.

Main chalenge will be calculation of size and winding of inductor for proper saturation.   

Sorry about that. I do agree with you - that winding type and size are crucial to obtaining this effect.
Bob

[ltseung888]

I am not sure whether the following research is closely linked with this topic.
http://phys.org/news187622107.html
In nature, Methane can be "trapped" by water as Methane Hydrate or combustible ice.  This ice can burn when ignited.

(CH4.5.75h20) methane hydrate contains a large amount of methane trapped within a crystal structure of water, forming a solid similar to ice.

Different structures of water can contain different quantity of energy.  DC Pulsing may give energy causing the "water particles" to turn to a different structure.  This can explain the result of the Meyer and other experiments.

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