Fossil Fuels or Atomic Waste Thermionic Emission Electron Beam Van de Graaff Generator Alternative Energy Converter

Fossil Fuels or Atomic Waste Powered Thermionic Emission Electron Beam Van de Graaff Generator Alternative Energy Converter

As a result of unconventional thinking about intelligent design, I coupled thermionic emission with a Van de Graaff generator in a vacuum tube for an electron beam high voltage energy converter that was rejected by the scientific community. In 1970 the scientific community prevented my patented Intelligent Design Theory of a successful working model solar energy, fossil fuels or atomic waste high voltage energy converter thermionic emission electron beam Van de Graaff generator from further refinement and reaching the market. This solar energy, fossil fuel or atomic waste powered high voltage thermionic emission electron beam Van de Graaff generator energy converter would have converted alternative energy resources of heat energy from atomic waste, fossil fuels or sunlight to high voltage generator power with long life and no moving parts, and may have helped considerably to lessen today's oil and energy shortage. I think the reason this energy converter was rejected was because my new Intelligent Design Theory discovery of conservation of space charge tube energy was not taught in schools, and therefore was unacceptable.

High Voltage Electron Beam Thermionic Emission Van de Graaff Generator Energy Converter converts fossil fuels, atomic waste or sunlight energy in an electron beam into 1000 volt high efficiency electricity. This electron beam space charge tube Van de Graaff generator model used a 12 volt dc battery as a heat source.

Shooting an electron beam into a hollow collector duplicates the well-known Van de Graaff Generator associated with electric discharges such as are displayed in Frankenstein movies. This electron beam energy converter replaces the frictional belt on Van de Graaff generators that carries microamperes of electrons into the collector. An electron beam from a thermionic emission vacuum tube cathode produces amperes of electrons, or a million times the amount produced by a frictional belt. Thus a one-ampere electron beam creating a million volts on the collector can produce a megawatt of useable energy. This energy converter device also clearly demonstrates a previously unknown phenomenon of electron physics, Conservation of Space Charge Energy, and explains the apparent violations of conservation of energy in the "Hull cutoff criterion" found in magnetrons such as are used in microwave ovens. Heat energy into the thermionic emission cathode accounts for the excess energy that forces electrons in an electron beam to exceed their circular paths in magnetrons, and energy is conserved.

In 1963 I gave a presentation on this alternate energy source at Honeywell. Two of the people present were Willis Gille, Chief Engineer at Honeywell, a holder of over ninety patents and Science Advisor to both Presidents Harry S. Truman and John F. Kennedy and was one of thirty-five scientists sent to Germany after World War II to study German war secrets. Another person present was Glenn Seidel, Vice President of Honeywell. Two weeks after my presentation, Both Willis and Glenn resigned from Honeywell. Willis came to Marquette Corporation to work with me on the new energy source, and Glenn became President of Marquette Corporation. Willis then designed and build an extremely accurate calorimeter to measure the heat transfer for my high voltage thermionic energy converter. We measured the heat into the cathode as 12 watts and the electrical power developed at the collector at 7.5 watts. This was 63 percent efficiency. Carnot efficiency, the difference between the cathode temperature and the collector temperature was 67 percent, 37 percent of which was an energy loss due to entropy, a law of nature. Four percent of the energy was lost due to heat radiation to component parts. So the alternative energy source was extremely successful, but the power output too low for practical use.

It has been thirty-eight years since I stopped work on the new alternative energy source. Since then I realized that the very law of Conservation of Space Charge Energy that I discovered was limiting the power we developed. The cathode was capable of producing one ampere, but we were only getting 7.5 milliamps of current. What Willis and I did not realize at that time was that as we drew current from the cathode, the electrons leaving the cathode cooled the cathode. All we had to do to get the desired megawatt of energy was to add a megawatt of heat to the cathode, plus enough heat to compensate for entropy.

I used Intelligent Design postulation to develop a solar energy, fossil fuels or atomic waste powered high voltage electron beam Van de Graaff generator to utilize heat from alternative energy resources for a means of alternative energy sources. To teach that electrons are an accident is to teach religion. To utilize Intelligent Design Theory of the repulsive charge of electrons in a thermionic emission electron beam high voltage Van de Graaff generator in beneficial ways of producing fossil fuels or atomic waste forms of alternative energy sources is a practical application of Intelligent Design Theory. It was this knowledge that enabled me to understand the true structure of atoms.

God taught me a simple application of Intelligent Design Theory: Electrons repel each other. Space charge tube energy is conserved. Shoot an electron beam into a high voltage Van de Graaff generator energy converter, and the electrons will repel each other and go to the outside of a hollow cylinder or sphere, producing high voltage and usable energy on the outside of the cylinder or sphere that is equal to the heat energy put into the thermionic emission space charge tube cathode heated by fossil fuels, atomic energy or sunlight less entropy loss. Then He moved me on to other things. I hope the scientific community takes note of practical applications of Intelligent Design Theory. To learn how a Van de Graaff generator works, and thermionic emission and space charge repulsion, see Related Links.