JPH07318672A - Electrolytic low temperature fusion reactor - Google Patents

Abstract

PURPOSE:To sustain an excessive caloritic value by disposing a permanent magnet or an electromagnet in an electrolytic bath and passing lines of magnetic force to a cathode. CONSTITUTION:A heat-exchanging pipe 2 is passed through an electrolytic bath and magnet plates 3, 3' are disposed at a constant interval while arranging the polarity. Linear, grid or planar cathodes 4, 4',... made of palladium or the like are then fixed to one side thereof and anodes 5, 5',... made of platinum, gold, etc. are fixed to the other side. Heavy water is added with impurity, i.e., light water, and subjected to electrolysis, a black hydrogenated compound covers the surface of the cathode 4, 4,... is the light water is excessive to increase the electric resistance gradually thus decreasing the current value. When the hydrogenated compound is removed at a constant time interval to regenerate the electrode, an excessive calorific value can be achieved only with the light water. When caustic soda is employed as the electrolyte, the light water is limited to several % including the impurities end the concentration can be increased by several times using potassium hydroxide or lithium hydroxide.

Description

Description: (0001) (Industrial field of application) The present invention relates to cold fusion. (0002) (Prior Art) Conventionally, low temperature fusion has involved palladium on the cathode,
Heavy water was electrolyzed by using titanium or the like and platinum or gold for the anode to obtain an excessive heating value. (0003) (Problems to be solved by the invention) Cold fusion was three years ago,
Since it was announced by American and British chemists, it has been tested by numerous scientists. However, about 10% of scientists confirmed excessive fever, but 90% of scientists did not see fever. The challenge is to generate a persistent excess calorific value. (0004) (Means for Solving the Problem) A permanent magnet or an electromagnet is arranged near the cathode, and a magnetic field line is passed through the cathode. Further, light water is added little by little to heavy water, or electrolysis is performed using only light water. By doing so, the excessive heating value can be continuously generated. (0005) (Action) The action of magnetic lines of force on the electrodes causes the electrons at the electrodes to emit synchrotron radiation, and the electrons collide with their spins in parallel with the spins of the protons, causing them to repel each other. This reduces the kinetic energy of the electron, allowing it to rotate inside the proton. (0006) Let us name the electrons and protons in this state ep particles. Electrons of a current that electrolyzes hit the ep particles, energy is given to the electrons inside, and these are accumulated to cause an increase in mass. (0007) Produces deuterium D and fast e from two ep particles. (0008) It is light hydrogen contained as an impurity in heavy water that reacts in this way, so by adding light water so that it does not disappear, heat generation can be maintained. (0009) (Example) An example will be described with reference to the drawings.
FIG. 1 shows a type in which a heat exchange pipe 2 is passed through an electrolytic cell 1. Magnet plates 3, 3 '... are arranged at equal intervals and NS are arranged in the same direction. The linear, grid, or plate-shaped cathodes 4, 4 '... Of palladium or the like are attached, and the anodes 5, 5' ... Of platinum, gold, etc. are attached on the opposite surface. (0010) FIG. 2 shows a type in which the heat exchanger 6 is provided outside the electrolytic cell 1. The cathodes 4, 4 '... and the anodes 5, 5' ... The coil 7 of the electromagnet is attached. The electromagnet 7 can be replaced with a U-shaped or tubular permanent magnet. (0011) When light water, which is the impurity, is added to heavy water and electrolyzed, when the amount of light water is too much, the black hydride covers the cathode surface, and the electric resistance gradually increases,
The current value drops. When caustic soda is used as the electrolyte, light water is limited to around a few percent including impurities. When potassium hydroxide or lithium hydroxide is used, the concentration can be increased to several times higher. (0012) If the hydride is removed at regular time intervals and the electrode is regenerated, it is possible to obtain an excess calorific value with only light water without heavy water. (0013) ep particles increase energy to mass by collision of electrons e from the outside, and grow to neutrons n. This is (0014) Produces tritium T and a gamma ray r, further comprising (0015) Generate helium He and electrons e, and gamma rays r. (0016) Deuterium D has a mechanism similar to that of ep particles.
Forming particles, (0017) Generate tritium T and fast electrons e. Tritium T also forms eT particles in the same manner (0018) Generate helium He and two fast electrons e.
Therefore, helium is finally accumulated in the apparatus. (0019) In the present invention, a helium removing device is incorporated at the top of the electrolytic cell 1. A palladium membrane reinforced with gold that separates hydrogen and helium.

BRIEF DESCRIPTION OF THE DRAWINGS (FIG. 1) A cross-sectional view of a low temperature nuclear fusion device in which a magnet is arranged inside an electrolytic cell. (FIG. 2) A cross-sectional view of a low temperature fusion device in which a magnet is arranged outside the electrolytic cell.

Claims (1)

Claims: (Claim 1) In a device for electrolyzing water using a hydrogen storage metal such as palladium or titanium for a cathode, a permanent magnet or an electromagnet is arranged inside or outside an electrolytic cell, and a cathode is used. Electrolytic low-temperature fusion device with a structure through which magnetic field lines pass. (Claim 2) The electrolytic low temperature nuclear fusion device according to claim 1, wherein a small amount of light water is added to the heavy water of the electrolytic solution or only the light water is electrolyzed.