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GENERATOR ELECTRICITY Brownian motion

The author: Sergey Makunin

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It is known that the English botanist Robert Brown in 1827 discovered the random motion of microscopic solid particles suspended in the liquid.

Randomly moving liquid or gas molecules collide with the solid particle and change the direction and speed of its motion module. The number of molecules impinging particle with the various parties, and the direction of the transmitted pulse of variable. The smaller size and mass of the particle, the more noticeable are the changes over time of its momentum (see. Fig. 1).

Brownian motion in liquid.

Fig.1. Brownian motion in liquid.

The study of Brownian motion were engaged in many well-known scientists. Let's take the next step, that is, we try to apply this effect in the art. If we take a solid microparticle and put it in the micro tube limiters on its ends (that would be a particle or flew out of it and stayed contact with the liquid) and then put the device in liquid. It seems to me that a particle in the tube will reciprocate (see. Fig. 2) without leaving the tube.

Reciprocating movement.

Fig.2. The reciprocating motion.

From this it follows that if we use instead mikrochastitsy- the same micro-permanent magnet (its density can pick up), cylindrical in shape and place it in a plastic such as micro tube with stops movement of the magnet on its ends. On top of the tube is wound micro-solenoid, which is attached to the ends of the semiconductor micro-rectifier. Now it becomes clear that we have received a cell-electric on the principle of electromagnetic induction to the rectifier (see. Fig. 3).

Cell generator.

Figure 3. Cell generator.

Now, if we combine a large number of these cells in a network, we get a generator that will provide a large amount of the total current in one direction in a chain - I remind you that all the cells are in the same container with the liquid.

If you can not isolate the vessel from the external environment, we will get the generator due to the influx of external - free heat.

If we isolate the fluid with cells - generators, such as Dewar flask (flask), when the generator Brownian received electric power and selecting the load to the battery, capacitor for the liquid in the vessel due to the reduction of its kinetic energy will be cooled. That is, incidentally, we have a new type of refrigeration.

If liquid such as water is alkalized, then we can get out of the cells and their amounts (the other connection) - the decomposition of water at the electrodes to hydrogen and oxygen - that is at our disposal would Brownian hydrogen generator.

Instead, an electromagnetic induction can be applied - electrostatic earlier I described a single-circuit transmission. Only in the new cell in a microtubule will move micro-electret (the ball), and create a potential difference, I note - all but insulated electrodes (an insulator), and with the amount of cells - all isolates. Isolated as a solenoid and a rectifier circuit, and the first cell (electromagnetic).

You can also apply the methods of magnetic or electrostatic generation, when the energy of Brownian motion is passed to an external generator via the appropriate field.

Domains known effect of thermal noise. That is, when the permanent magnet is brought to the solenoid and then through the amplifier-induced signal to the speaker.

This principle can also be applied to electricity generation, for example for powering an electronic watch or a calculator.

Large units of generators can be installed in the seas and rivers - in summer or in southern latitudes.

That is, until, perhaps, everything. That is, a brief description of the generation of electricity or to obtain vodoroda- through the use of the effect of Brownian motion.
The case for practices.

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Author: Sergey Makukhin. Angarsk city.
PS material is protected.
Publication date 24.07.2004gg