
Can't see video? Download HERE (New Link): www.divshare.com This video actually works on some browsers, but recently it gives "sorry, this video is no longer available" on other browsers. If that's the case, follow the above link ------------ Splitting distilled water with a 12 volt power supply. This came out of an attempt to maximize reactive power and minimize active power in the circuit... although I'm not sure that was accomplished in the video. Anyway... Circuit and parts are listed in the video. The setup is basically the Voltage Intensifier Circuit of Meyer with one major change: the second inductor (2nd wire in a bifilar-wound E core) instead of being in series with the circuit, has only one end attached to the circuit. How or why this works, I don't yet know, but it does allow more power into the distilled water than any other method I have tried so far. It is also frequency-dependent, unlike other methods where bubble action didn't depend on any magical frequencies. Here, though, the first major resonant point is around 20kHz for my cell. There is about 2 inches of overlap between inner and outer steel cell. Also I drew the bulb location wrong - in the video it's after the WFC, but in my diagram it was shown before... no difference since it behaved the same either way. The bulb was put after the WFC as an indicator of power flow, and potentially as the "amp consuming device" Meyer talked about. Yeah I know it's supposed to go before the WFC but goofed in my <b>...</b>
stanley
meyer
electrolysis
high
voltage
water
fuel
cell
VIC
resonance