Scientists harvest waste energy to turn water into usable hydrogen fuel

When pulsed with ultrasonic vibrations, the nanofibers flexed and catalyzed a chemical reaction to split the water molecules into hydrogen and oxygen. When the fibers bend, asymmetries in their crystal structures generate positive and negative charges and create an electrical potential. This phenomenon, called the piezoelectric effect, has been well known in certain crystals for more than a century and is the driving force behind quartz clocks and other applications.

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.

This electronic device has a complex alternating current output consisting of an audio frequency (range 20 to 200 Hz) amplitude modulation of a carrier wave (range: 200 to 100,000 Hz).

Originally posted by drew hempel
So you know about this ultrasound cold fusion technology?
sonofusionjets.com...

Originally posted by polarwarrior
I disagree, using the older conventional physics it would appear this way. It may be possible to split using less than faradays 170 year old theories say.

Originally posted by polarwarrior
Or it may be possible to use a currently misunderstood energy from the environment, represented by casmir or ZPE or russian 21st century ether, to AID the split, so you do get more energy from burning the subsequent elements than YOU put into the system and hence it would appear to be much much greater than 100% efficiancy

When a 60-cycle current is applied, the crystals vibrate at 20,000 cycles per second, turning the reactor into a "super-blender". As shown in the diagram, oil and water (70% oil, 30% water) flow into the reactor, where a terrific vibrating force causes water and oil molecules to rupture. The two liquids form an emulsion in which tiny particles of water are dispersed throughout the oil. When this happens, says the inventor, the surface area of the water is increased millions of times. Thus, when the emulsion hits the furnace’s combustion chamber, the water "explodes" into superheated steam, adding to the energy ouput of the oil. In hundreds of tests of his system, Cottell has found that ordinary boilers run at efficiencies close to 100% -- as astounding result that neither he nor leading combustion experts can explain. In the demonstration I saw, gauges indicated that the emulsion produced the same amount of heat as a 100% oil fuel.

Ultrasonic Electrolysis The above illustration shows the principle of how a combination of pulsed low voltage electricity and ultrasonic vibrations may result in the efficient production of hydrogen and oxygen gas from water. The device could be used as a constant source of hydrogen to fuel an internal combustion vehicle, or perhaps as a hydrogen injector at each cylinder. In other words, this device is intended to enable cars to use water as fuel, as well as power generators and provide essentially free, non-poluting energy for the entire world.

Some Stanley Meyers: quotes: and some dialog from video sources... "So in trying to develop the technology the first area was to address how to release the hydrogen from natural water and do it economically." Experiments by the present inventors have shown that in water, a resonant response wave can be obtained at a frequency of 529 kHz. As shown in FIG. 5, the use of continuous ultrasonic waves at high energy cause extensive excitation of cavitation and thus increase the temperature to a maximum value at the resonance frequency. The location of the peak of temperature rise as shown in FIG. 5 coincides with a resonant induction of cavitation. Simultaneous measurement of the wave resulting from implosion of the cavitation bubbles, using a hydrophone transducer, showed a significant increase in amplitude at the same frequency.

We do not believe Meyer used spacers in his demo cell and he in fact allowed his tubes to ring and this acoustic component that is being overlooked by most WFC researchers. We believe Stan cut slots on the outer tubes to match the frequency of the inner and outer pipes setting up a standing acoustic wave and we are working on a cell prototype that will incorporate these features. Oleg GRITSKEVITCH (patent)" An electrostatic field, coupled with action of Barium Titanate layer (ifwe apply electrical field to Barium Titanate, then, this layer creates the sound vibrations of about 25 KHz,; this vibration helps to destroy the molecules of water). and from the same url ....."This version of the dynamo created an output averaging 6,800 amperes at 220 volts DC. Its input power was only approximately 1% of the output power."

cross the Meyer water fuel cell...which in its crudest form is a cup of distilled water.... and you have electrodes in there of some kind... he uses "pipes" ...but they're just surface electrodes.. and I showed in the video that you can use a paper clip for one electrode and a spoon for the other.... 3 inches across the large cup...and when you turn on the high voltage... raw AC ripple filtered, unfiltered DC that it does NOT...without the ultrasonic cavitation effect of ultrasonic cleaning...does not do anything... other than suggest a few feeble bubbles on the electrodes.... but when you turn on the ultrasonics, it causes the collapsing bubbles between the electrodes...which then go into a plasma and at that state ... James... and audience.. at that state the little "speck" of plasma behaves like an "inter" electrode. At that billionth of a second.... that poor little spot...is becoming an electrode in an electrolysis condition... the voltage between the electrodes is divided in a voltage divider so that you have approximately 1.5 volts in the area of that little plasma spot....doing microscopic electrolysis... across that microscopic electrode which exists in an unfathomably small moment of time... a billionth of a second...BUT... you DO have electrolysis. The phenomenon of ultrasonic cavitation is the bubble then immediately explodes.. because if you think a minute... this cycling process by going between almost a vacuum and a plasma.... if you study sonoluminescence... and I would suggest the broader issue of sonoplasma.... it is oscillating... so that little tiny dot of plasma... after it forms electrolysis on its surface... hydrogen on one side of the potential voltage gradient... and the oxygen on the other, it is immediately exploding... and therefore the hydrogen and oxygen do not get a chance to ... in the conventional sense.. to combine."