Here is an interesting Thought.
I am sure that all of you are familiar with John Kanzius accidental Discovery of RF injection into Saltwater thus producing a constant flame. Saltwater will also produce Chlorine Gas.
Chlorine Gas is not flammable.
Hydrogen mixed with Oxygen explodes when ignited as we all have demonstrated.
Question: why does his Product burn so nicely without exploding? There is very little bubbling action on top of Kanzius test tube (much less than running 1 amp of 2 volt into one cell electrolyzing Method)
Yet he can sustain a considerable flame as long as the liquid is in the RF field.
How much Power would you require to achieve the same size of flame by using the conventional
Method?
I have tried feeding 100 watts RF(unmodulated RF) through a Pi Network into a plastic bottle filled with saltwater and despite a good match I was unable to get a reaction.
Being a licensed Radio Amateur I am more conversive with RF than LF Tesla Technology.
I was using my 27Mhz "Rife" setup from years ago, but I have not modified the audio section of a recently acquired CB to modulate the carrier.As with the Rife Device the secret may lie in the modulated portion rather than RF itself.If so then maybe a new approach is needed to splitting H2O more efficiently.
Does anyone offer any clues as to the power and frequencies that Kanzius is using in his Setup?
Any clue or Help would be appreciated. 73
I am sure that all of you are familiar with John Kanzius accidental Discovery of RF injection into Saltwater thus producing a constant flame. Saltwater will also produce Chlorine Gas.
Chlorine Gas is not flammable.
Hydrogen mixed with Oxygen explodes when ignited as we all have demonstrated.
Question: why does his Product burn so nicely without exploding? There is very little bubbling action on top of Kanzius test tube (much less than running 1 amp of 2 volt into one cell electrolyzing Method)
Yet he can sustain a considerable flame as long as the liquid is in the RF field.
How much Power would you require to achieve the same size of flame by using the conventional
Method?
I have tried feeding 100 watts RF(unmodulated RF) through a Pi Network into a plastic bottle filled with saltwater and despite a good match I was unable to get a reaction.
Being a licensed Radio Amateur I am more conversive with RF than LF Tesla Technology.
I was using my 27Mhz "Rife" setup from years ago, but I have not modified the audio section of a recently acquired CB to modulate the carrier.As with the Rife Device the secret may lie in the modulated portion rather than RF itself.If so then maybe a new approach is needed to splitting H2O more efficiently.
Does anyone offer any clues as to the power and frequencies that Kanzius is using in his Setup?
Any clue or Help would be appreciated. 73
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