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"THINKING OUT LOUD"

SCIENTIFIC ROMAN ON THE BASIS OF SCIENTIFIC THEORY
UNIVERSAL, NEUTRONIC PHYSICS AND NEUTRON CHEMISTRY

Valeriy Fedorovich Andrus

" Our task is to develop means of obtaining energy from stocks that are eternal and inexhaustible, to develop methods that do not use the consumption and consumption of any" material "carriers. Now we are absolutely sure that the realization of this idea is not far off.: The opportunities for development This concept consists precisely in the fact that to use for the work of engines in any point of the planet the pure energy of the surrounding space ... "

(Tesla, 1897)

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To get started, download the conversion table for chemical elements

and

Familiarize yourself with the basic concepts of neutron physics

CURRENT IN ELECTROLYTES FROM THE POSITION OF NEUTRON PHYSICS

What is an electrolyte? Usually, this is an aqueous solution of acid or salts. We know that water loses its viscosity when heated, and its hedgehogs stop rotating when freezing. In the ice-steam range, water chains have an increasing twist with a drop in viscosity. To turn water into an aggressive environment, it needs to add a certain number of larger hedgehogs, the twist of which is either not much different from the twist of Oxygen or the solution will need to be heated. When the twist of the neutrons of the two hedgehogs differ dramatically, no stable pairing of needles occurs. Without conducting any experiments and using the table of elements for the author, you can immediately tell what connections are held, which ones are not, and what will result as a result. Take the simplest hydrochloric acid, which consists of one Hydrogen cube, docked in the second type, with the needle of the Chlorine hedgehog. Let's drop this element of acid in water.

In the water there are both long chains of hedgehogs, and short ones, the hedgehogs of which rotate. Element of Acid is the connection of Hydrogen and Chlorine, it can not be safely located in the water there. First the water urchins poke it until a short or long chain will not dock its Hydrogen with Hydrogen acid or Oxygen will not dock with Chlorine. What will be the order - it does not matter. It is important that the chain of docked water will start spinning the Chlorine hedgehog, which turns into a milling cutter for destroying everything that will master it. Fresa-Chlor begins to break the chains of water and will necessarily add to its long axis Hydrogen-Chlorus another chain of water and will increase the rotation of its needles. Now it is a fully formed aggressor capable of destroying crystal lattices. If it is necessary to increase its aggression, the electrolyte needs to be heated, increasing first of all the twisting of the hedgehogs of water.

We lower into the container with electrolyte two carbon electrodes, on which it does not act, and let the current pass. If there were pure distilled water in the tank, then small currents and voltages could not reach such a density of neutrinos near the anode to create a flow to the cathode and the electric circuit through the water would not close. When in the electrolyte a lot of mills that were crushed into pieces of the water chain and the magnetic field of the anode, the neutrinos were able to actively move into the zone with a lower density and, first of all, to the cathode. We received a stream, which means that we got the structure. The structure of a neutrino without a crystal lattice is a magnetic field. The anode is the north pole, the cathode is the south pole. The twisted mills in a tank without a current have a uniform density distribution. When a current passes through the formation of a stream that compresses the mills, they begin to collide with each other forcefully, which leads to their destruction. They break up into Hydrogen, Chlorine, neutrons. Hydrogen and Chlorine, having a sufficient twist, after the destruction immediately turn into gas.

Between the electrodes is a neutrino flux - a magnetic field that carries along and heat carriers, which are dozens of times larger than neutrinos, they carry the smallest gas, in this case Hydrogen, and collectively they accumulate at the cathode. For Chlor, the pressure at the cathode increased, and it moved to the anode, where the density is smaller, organizing its flow. For these reasons, Hydrogen is released at the cathode, and Chlor at the anode. The described principle is always true. At the cathode, a lighter gas will always be released. If there is interest, check this statement and you will see that there are no other options.

Electrolysis

Coating of metal products with a thin layer of another metal (electroplating) - nickel plating, chrome plating, silvering, etc. Is achieved by electrolysis. This is done most often in order to protect metals from oxidation. For example, iron - from rusting. Electrolysis has an electrolyte. When nickel-plated, the coated product is used as the cathode. It is lowered into a bath with a solution of nickel salt, with the anode being a nickel plate. The cutter-nickel can not destroy Nickel.

Nickel plating is carried out at high current strength. A powerful flux of neutrinos and neutrons entrains the nickel salts, which are mills, and when compressed, begin to break each other, releasing the nickel, which joins the chains of liquid and adheres to the surface of the part. Nickel can not turn into gas because of a very low temperature, which is less than necessary for thousands of degrees Celsius. Sticks - this is not a system connection of needles of hedgehogs.

Phenomena in a galvanic cell

All galvanic cells consist of two dissimilar electrodes, lowered into the electrolyte - an acid or salt solution, in which at least one of the electrodes can dissolve. For example, the first element of the Volta consists of a zinc and copper rod, dropped into a solution of sulfuric acid. The sulfuric acid cutter has the following form. Four hedgehogs of sulfur are connected to four hedgehogs of Oxygen and to two - Hydrogen is a short axis.

The chains of water will be joined only along the short axis, since it moves most slowly in space. After the docking, a twist of sulfur begins with four Oxygen hedgehogs. Of course, the biggest twist gets four hedgehogs of Oxygen. They turn into the cutting heads of this mill at the first stage. The first stage is when the milling cutter strikes either a crystal lattice or another milling cutter. The Zinc lattice cell is larger than the Copper cell. A large milling cutter is more convenient to destroy a larger cage than a smaller one. Imagine four spokes rotating on the axis, at the ends of which four ball heads rotate in a perpendicular plane. Presented ?! When two ball heads meet, they behave like balls. The cutters approached the cages of Copper and Zinc.

At one temperature, the twist of Meda skipping ropes is larger and the living section of the cell is smaller than that of zinc, whose ropes rotate more slowly and the cell is larger. The ball heads of the milling cutter slip along the copper ropes and can not effect the destruction of Oxygen or cells. When meeting with zinc, one ball head of Oxygen will first of all be destroyed. An unbalanced milling cutter will hit harder on the grill or neighbors. Flying neutrons and frenzied neighbors will begin to destroy each other. The least vulnerable is Hydrogen because of its smallest size, and it will fill the zinc grid, blocking its filling with neutrinos and neutrons, which are forced to harden on the surface of the electrode. The seal is the temperature and the flow to the side with a lower density. There is a flow - there is a structure - there is a magnetic field - there is a movement of heat carriers and a hobby in the first place of gases with the smallest dimensions, here is Hydrogen. However, the electric circuit is not yet turned on and there are no electric charges.

The magnetic field approaches the copper electrode, around which mills are milling and constantly crushing its ropes, but the electrostatic charge can be obtained only when the rope enters the grate and then it is chopped off. The stub of the rope of the magnetic field enters the electrode by the north pole, but it is not yet an electric charge. It becomes an electrostatic charge when it comes to the opposite side of the electrode and is connected by a common magnetic field with the same neighbors. After filling the surface of the charges, the magnetic flux will be stopped. At the terminals of the element appeared a potential difference, that is, voltage. We close the electric circuit, charges from the surface of the conductor will begin to drain, as previously described. The surface of the grating will be freed, and the process will continue in the same way, only an additional obstacle will appear in the form of Hydrogen, which organizes its flow from below-up along the electrode. A copper electrode with surface charges will be a plus, otherwise an anode.

print version
Author: Valerii Fedorovich Andrus
PS The material is protected.
Date of publication 15.12.2003gg

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