Method for production of copper crystals of reduced specific density for correction of biophysical fields of bioobjects

FIELD: physics.

SUBSTANCE: invention is related to method for production of copper crystals with reduced specific density for correction of biophysical fields of bioobjects. Production of copper crystals is realised by electrolysis from solution of copper sulfate. Electrolysis is carried out under effect of electromagnet radiation with wave length of 9 mm and current intensity from 0.05 to 1 A and acoustic field with permanent frequency from 103 to 106 Hz.

EFFECT: creation of copper crystals with specific density that is less than average by 0,3-0,5%, which makes it possible to use them in devices of bioinformation correction.

1 dwg


The invention relates to medical equipment, namely to methods of producing devices for the correction of biophysical fields of the person.

A method of obtaining crystals of copper, described in the patent of the Russian Federation No. 2113840, MKI 6 AN 39/00 as follows: create crystals that would be relatively cheap and effective corrective action on homeostasis. The problem was solved by the creation and use of crystals, the structure of which was laid information, providing corrective effect on the body.

The crystals that meet these requirements, was characterized by two main differences: increased by 0.01-2% density, and continuous positive Biratnagar providing rotation "frame" /vines/ right angle of at least 30°. The nature of crystals this is a secondary character, because similar characteristics are achieved with the use of crystals of copper, salt, aluminum alum, etc. with similar technologies of their production. A feature of the receipt of these crystals is processing them at the time of formation of the external information field of at least 1 min per day.

Processing information field is either figuratively-suggestive influence of the operator, or location of the vessel, where the formation of the crystal in the device, the end of tiraumea "space information", i.e. either inside the pyramid type of "pyramid of Cheops", or by placing in a spiral of metal, is formed so that the diameter of the upper loop was not less than the diameter of the bottom coil, i.e. the coil should be either in the form of a cylinder or truncated cone, put on smaller bases. The best results are achieved when combined impact statement and "cosmic energy".

The main disadvantage of this invention is that the crystals during growth relatively compacted, which hampers their use in therapeutic purposes.

Also known invention according to the patent of Russian Federation №2207165, MKI 7 A61N 5/00, in which the method of producing crystals of copper is as follows: the use of crystals of copper subjected during formation of the external electromagnetic field, the spectral characteristic which corresponds to white noise, allows you to increase the effectiveness. During the formation of the crystals are exposed to electromagnetic field with the spectral characteristic corresponding to white noise. As a result of such action on the crystal transferred information characteristics affecting the signal. Thus formed crystal copper is also a source of information characteristics of the electromagnetic field spectral characteristic which corresponds to white noise.

The main disadvantage of this invention is that the crystals are subjected to a stage of formation the effects of white noise, do not have positive therapeutic effects.

Before you declare the method's task is to reduce the density of crystals of copper obtained by electrolysis and thereby provide the possibility of their use in devices bioinformatics correction.

The problem is solved as follows: the crystals of copper reduced the specific gravity is produced by electrolysis of copper sulphate solution, thus affecting the crystals during their growth electromagnetic radiation with a wavelength of 9 mm and amperage from 0.05 to 1 And and impact on the crystals of the acoustic field at a constant frequency of 103up to 106Hz.

Thus, the technical result, namely, the obtained crystals of copper, with the necessary characteristics, i.e. with a specific gravity of below average by 0.3-0.5%, which allows their use in devices bioinformatics correction.

The drawing shows a schematic diagram of an installation for implementing the method.

The method is as follows. To the container 1 (see drawing) for growing crystals of copper, which must be made of a radiotransparent material, such as plastic, to the wall connecting ucaut emitter of acoustic signals 2, associated with the generator of acoustic signals 3. Then the tank 1 fill 20% aqueous copper sulfate solution and immersed in a solution of 2 electrodes (copper and zinc)which are connected in parallel to the rectifier 4 and the generator of electromagnetic radiation (EMR) 5. Then through the rectifier 4 to the electrodes serves electrical current voltage of 12 volts and a power of from 0.05 to 1 ampere, and early impact on the current solution is 0.05 ampere and then gradually increases up to 1 ampere. Simultaneously with the supply of current from the rectifier 4 is connected to the generator AMY 5, which affects the solution for 2-3 minutes per day. Also through the emitter of acoustic signals 2 generator of acoustic signals 3 takes the sound waves of a frequency of 103up to 106Hz in the solution simultaneously with the impact on the solution generator AMY 5. The total time of crystal growth of copper reduced the specific gravity is 3 days, in contrast to the method of producing crystals of copper high density by using a selection of copper from copper sulfate solution by the method of ionization on the zinc catalyst, which takes 9-10 days. After growth of the crystal finish crystal may be coated with a layer of silver with a thickness of about 15 microns.

When applying this method to the sample of copper were obtained following characteristics:

- the measured PL is tnost crystal during electrolysis from a solution without the use of EMR and external acoustic field amounted to 8.96 g/see

- the measured density of the crystal during electrolysis from a solution by application of the above method was 8.93 g/cm3in one case, and 8.915 g/cm3in the other case.

Thus, the technical result, namely, the obtained crystals of copper, with the necessary characteristics, i.e. with a specific gravity of below average by 0.3-0.5%, which allows their use in devices bioinformatics correction.

The method of producing crystals of copper by electrolysis of copper sulphate solution, characterized in that to obtain crystals with low specific density of the electrolysis is conducted at the impact on the crystals electromagnetic radiation with a wavelength of 9 mm and amperage from 0.05 to 1 and the acoustic field with a constant frequency of 103up to 106Hz.


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