Re: Water, Part 3

Gavin Dingley ( (no email) )
Tue, 30 Nov 1999 19:40:14 -0000

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Hi all,
I am new (or at least been off it some time) to this discussion group, =
so sorry if I repeat any information.

I have come across electrolytic reactions going zero point by simply =
pulsing the current flowing through the cell, but I was not aware that a =
magnetic field could have a similar effect. Here is a list of some =
possible suggestions.

* Pulsing the magnetic field:- If an electromagnet was to be powered by =
a pulsed current of low duty cycle, then the mean power would be greatly =
reduced. However at the same time, the hydrogen bonds may be loosened as =
much, if not more?

*Using a can crusher circuit:- Huge magnetic fields can be generated by =
impulse discharging of capacitors into coils, as per an electromagnetic =
can crusher or tesla coil primary circuit. This method tends to generate =
a great magnetic fields as DC electromagnets, but at much less power. =
Again, the magnetic field would be pulsed, specifically a high frequency =
ringing (~500kHz up to 1MHz).

Just a couple of ideas.

Gavin

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Hi all,
I am new (or at =least been off=20it some time) to this discussion group, so sorry if I repeat any=20information.
 
I have come across =electrolytic=20reactions going zero point by simply pulsing the current flowing through =the=20cell, but I was not aware that a magnetic field could have a similar =effect.=20Here is a list of some possible suggestions.
 
* Pulsing the =magnetic field:-=20If an electromagnet was to be powered by a pulsed current of low duty =cycle,=20then the mean power would be greatly reduced. However at the same time, =the=20hydrogen bonds may be loosened as much, if not more?
 
*Using a can crusher =circuit:-=20Huge magnetic fields can be generated by impulse discharging of =capacitors into=20coils, as per an electromagnetic can crusher or tesla coil primary =circuit. This=20method tends to generate a great magnetic fields as DC electromagnets, =but at=20much less power. Again, the magnetic field would be pulsed, specifically =a high=20frequency ringing (~500kHz up to 1MHz).
 
Just a couple of=20ideas.
 
Gavin
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