Proof of concept at this stage is to induce the NaOH separation / Na H20 reaction. Lets focus on the magnetic induction piece of this puzzle and see if bubbles can be replicated. Maybe use common commercially available products for consistent replications.
Induction Lighting
"Induction lamps require a correctly matched electronic ballast for proper operation. The ballast takes the incoming mains AC voltage [or DC voltage in the case of 12V and 24V ballasts] and rectifies it to DC. Solid state circuitry then converts this DC current to a very high frequency which is between 2.65 and 13.6 MHz depending on lamp design."
Do we not have a DC problem?
What frequency? 2.65, 13.56 or 250Khz
Internal self ballasted or External-coil Induction Lamps?
How about using an Induction Hot Plate?
Litz wire is used to reduce the skin effect and proximity effect losses coils.
![](http://upload.wikimedia.org/wikipedia/commons/thumb/1/1f/Induktionskochfeld_Spule.jpg/220px-Induktionskochfeld_Spule.jpg)
$59 Hot Plate
"In each of the electronics modules, the 240V, 60Hz domestic line power was converted to between 20V and 200V of continuously variable DC by a phase-controlled rectifier. That DC power was in turn converted to 27 kHz AC by two arrays of six paralleled Motorola automotive-ignition transistors in a half-bridge configuration driving a series-resonant LC oscillator, of which the inductor component was the induction-heating coil and its load, the cooking pan."
Induction Lighting
"Induction lamps require a correctly matched electronic ballast for proper operation. The ballast takes the incoming mains AC voltage [or DC voltage in the case of 12V and 24V ballasts] and rectifies it to DC. Solid state circuitry then converts this DC current to a very high frequency which is between 2.65 and 13.6 MHz depending on lamp design."
Do we not have a DC problem?
What frequency? 2.65, 13.56 or 250Khz
Internal self ballasted or External-coil Induction Lamps?
How about using an Induction Hot Plate?
Litz wire is used to reduce the skin effect and proximity effect losses coils.
![](http://upload.wikimedia.org/wikipedia/commons/thumb/1/1f/Induktionskochfeld_Spule.jpg/220px-Induktionskochfeld_Spule.jpg)
$59 Hot Plate
"In each of the electronics modules, the 240V, 60Hz domestic line power was converted to between 20V and 200V of continuously variable DC by a phase-controlled rectifier. That DC power was in turn converted to 27 kHz AC by two arrays of six paralleled Motorola automotive-ignition transistors in a half-bridge configuration driving a series-resonant LC oscillator, of which the inductor component was the induction-heating coil and its load, the cooking pan."
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