2010年12月26日星期日

Hydrogen Hog - Future Energy Concepts

Basically the water is pumped into the pressure vessel when the
internal float switch is closed. The PWM is used to produce and
electrical pulse which is tuned to the resonant frequency of the inner
electrodes. This vibrates the water trapped between the outer and inner
tubes. The outer tube is charged positive and is tuned exactly 180
degrees out of phase with the inner tube. The vibration wave is
propelled by the positive charge towards the outer tubes just to be
attenuated by the outer tube tuning.
The excited water molecules 2(H2O) now only require a fraction of the
amperage to be converted into (2H2 + O2). Also experimentation of
harmonic frequencies have produced interesting results, sometimes
exceeding HHO production of the tubes at resonance. The vessel has a
large inner and outer tube which is tuned 4 octaves lower than the outer
tubes and has a clearance between the tubes of only 1mm. This tube
produces the most heat and HHO. The smaller outer tubes have a 2mm
clearance and run cooler and take less amperage and are mounted around
the large tube assembly. The epoxy used to seal the bottom inside of the
vessel and bottom of the electrical enclosure is laced with ferrous
oxide dust 10% by weight which creates an check valve capacitor which smoothes out
the square wave pattern to a sine wave pattern which helps the
transition between off and on for the PWM. Experimentation with an air
coil after the mosfet drivers and before the load also resulted in an
increase of efficiency.

From the originalcheckValve
.

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