Модель біоенергетичного резонансу за передпосівного обробітку насіння сільськогосподарських культур

Authors

  • А. Г. Кушніренко

Abstract

MODEL BIOENERGETIC RESONANCE AT PREPLANTING SOIL SEED CROPS

A. G. Kushnirenko
In solving problems related to the development electrotechnologies preplant soil seed crops, there is a problem establishing the relationship parameters of the electromagnetic field of the electrical characteristics of biological systems of plant origin. In preferred their relationship and by coincidence frequency electromagnetic field with the frequency of the main factors of the biological system is resonant absorption of the energy field, which leads to accelerated biochemical and physiological processes of the system.
The purpose of research est theoretically investigate the process of bioenergetic resonance at presowing cultivation of seeds of worship and build a mathematical model.
At the appropriate level studied the use of nuclear magnetic resonance in various fields of science: in spectroscopy - for the quantitative determination of certain atoms in the material, in medicine - for diagnosing bodies in quantum chemistry - to determine the constants. To stimulate seed, plant growth and development of the method of nuclear magnetic resonance insufficiently studied.
Applying the method of nuclear magnetic resonance technology in pre-treatment of seeds enables a deeper understanding of the mechanism of magnetic field on seeds and determine effective treatment regimes.

Research dedicated studied the behavior of magnetization vector synthesis in seed crops by the action of his regular longitudinal and transverse alternating magnetic fields for nuclear magnetic resonance technique.

On the basis of theoretical studies determined the average value of the magnetic susceptibility χ seeds per unit volume and the value of the magnetization vector. For a system mikrochastyn cells of plant origin, the average magnetic susceptibility per unit volume of seed χ=2,1•10-5, and the magnetization M=13.125 mA/m, with longitudinal tension constant magnetic field H=625A/m. When imposing weak transverse alternating magnetic field  with frequency =860Гц matches frequency oscillation occurs magnetization M of the frequency of the field, which is the condition of magnetic resonance. Vector longitudinal magnetization in the transition from the ground state to an excited (resonance) describes a trajectory in a spiral on the surface of the sphere.

A mathematical model for biological systems, taking into account the Earth's magnetic field. Established that the technology for preplant soil seed crops, inductor, which forms a permanent mahnhitne field should be placed so that the vector of the constant magnetic field vector coincided with the inductor magnetic field of the Earth.

References

Gyunter, K. H. (1984). Vvedeniye v kurs spektroskopii YAMR [Introduction to the course of NMR spectroscopy]. Moskow, Mir, 478.

Chizhik, V. I. (2009). Kvantovaya radiofizika. Magnitnyy rezonans i ego prilozheniya [Quantum Radiophysics. Magnetic resonance and its applications]. Izd-vo S-Peterb. un-ta, 700.

Aminova, R. M. (2002). Kvantovokhimicheskiye metody vychisleniya konstant yadernogo magnitnogo ekranirovaniya [Quantum-chemical methods for calculating nuclear magnetic shielding constants]. Khimiya i komp’yuternoye modelirovaniye. Butlerovskiye soobshcheniya, 6, 11.

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Published

2017-06-27

Issue

No. 261 (2017)

Section

Статті

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