HV and hydroxy
#41 ·
I think if we want to replicate John Keely work we need to use sine wave. Or if we want to replicate Tesla / David Gray work we need to use perfect square wave. High voltage should increase the effect. But I guess it's hard thing to achieve.
Would the circuit I post bellow work for making DC sinewave?
edit:
Just realize that it should have been L3 that has to have more voltage, maybe twice L2 does.
Dale Pond mention Keely may use physical movement to vaporize water instead of sound. But other literature mention that it use sound:
"A means of acoustically dissociating water, instantly exploding 3 drops to produce pressures up to 29,000 pounds per square inch"
http://www.frank.germano.com/svp.htm
Newer literature mention that we can have high efficiency water electrolysis if we use very high temperature. It mention that water electrolysis at nuclear reactor heat waste is very efiicient, using H2SO4 and temperature of 800 degree celcius.
If we can dissociating water at room temperature with vibration, I think we could get more efficient electrolysis. I hope it wont instantly burn like salt water microwave (kanzius?)
Would the circuit I post bellow work for making DC sinewave?
edit:
Just realize that it should have been L3 that has to have more voltage, maybe twice L2 does.
Dale Pond mention Keely may use physical movement to vaporize water instead of sound. But other literature mention that it use sound:
"A means of acoustically dissociating water, instantly exploding 3 drops to produce pressures up to 29,000 pounds per square inch"
http://www.frank.germano.com/svp.htm
Newer literature mention that we can have high efficiency water electrolysis if we use very high temperature. It mention that water electrolysis at nuclear reactor heat waste is very efiicient, using H2SO4 and temperature of 800 degree celcius.
If we can dissociating water at room temperature with vibration, I think we could get more efficient electrolysis. I hope it wont instantly burn like salt water microwave (kanzius?)