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FE Inventor Shad Loncar's Burning Water and Neutrino DiffuserInventor and researcher on the fields of quantum physics and neutrino physics.
IntroductionThe ManHere is Shad, an interesting chap.
Zlatko 'Shad' Loncar was born June, 28th, 1964 in Ljubljana, Slovenia.
Shad actively speaks German, Croatian and Slovenian, his English is not perfect. Anita, his wife: "My native language is German and English is one of the foreign languages I learned. I further speak French, Spanish, Slovenian and Croatian. It is long ago I really spoke Spanish and French, it might need a couple of days to get into it again." TechnologyFirst is the fuel cracker, also called the "neutrino diffuser". This system is able to dissociate fuel like gasoline, diesel or kerosene. This process is cold, not one part in it heats nor warms up. The result is a clean combustible gas. Obviously the carbon and sulphur in the different fuels remain in the liquid left over fuel, while the gas can be combusted. Second invention is high efficient water dissociation. This is molecular (soft) dissociation of water, offering great advantage in regard to conventional electrolysis, since it works on room temperature, not the water nor electrodes warm up. Hydrogen and oxygen can be generated for immediate use, such as additive to combustion engines, to power up fuel, or other. In this systems the classical problem of heat losses on water and electrodes are solved. PrototypesWe are now able to show simple table models of these two inventions but did not yet make analyzes of the gases. WebsiteComment from ShadFrom: "Shad" <waterpowers@yahoo.com> Dear Mr. Sterling, thank you again for putting up info on me and my work on your site! I am honored. I was traveling and did not find time to reply to you. > Do you have any recent news to develop on your work? > Anything more extensive in its explanation? On my website I wrote that I do have cold electrolysis, molecular dissociation of water. This herewith is the exact opposite to conventional electrolysis, where most power disappears as heat, and electrodes and water need to be cooled, if such system is in permanent operation. This means power has to be invested to cool the system, so the water does not turn into vapor. The reason why my system runs cool is that the warmth is transformed to kinetic energy whereby the water molecules are being accelerated by impulsive electric discharges. Between the impulses, where no input is delivered to maintain this kinetic energy the molecules absorb the heat and transform them into kinetic energy, whereby this input is for free, caused by an interaction between the molecules and the ambient warmth. Each single water-molecule which is a dipole functions as a sender and receiver. Through acceleration of the molecules a high frequent field results which then the molecules broadcast. This broadcasting signal also attracts the same frequency, similar to a radio. It seems the ambient heat or warmth is made of high frequent waves, which the molecules absorb by resonance and are accelerated through. By the resonant frequency of the impulses an avalanche effect is caused which also after turning off the electrolysis unit works on, which can be measured by an oscilloscope. One can observe that high frequent fields are being absorbed in the water, without having to give any input for this, after having the unit turned off. This avalanche effect in the water, which can even be observed days and weeks after the unit was turned off, as long as the water remains in it. The water converts the ambient warmth into kinetic energy, which in the water show as voltage and amperage. If no power is tapped from here, a self-maintaining electrolysis occurs which uses up the water. Of course this self-maintaining electrolysis is too inefficient to be utilized, but proves that the heat converts into kinetic energy by the decomposition of electric vortex wave. The conventional electrolysis works with electric power, which is very inefficient, since water is no good conductor for electricity. My system works with "soft dissociation," magnetic resonance, whereby the molecular bonds of the molecules are decomposed by kinetic energy, which is caused by impulses and ambient heat. The water remains cold, as well as the electrodes, whereby a higher efficiency can be achieved. Best regards, Shad
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Page posted by SDA, June 29, 2003. |
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