Method for promoting plant growth and improving soil through nuclear magnetic resonance and intermediate medium

Abstract

The invention discloses a method for promoting plant growth and improving soil through nuclear magnetic resonance and an intermediate medium. The method comprises the following steps: regulating and fixing the frequency of the intermediate medium through a nuclear magnetic resonance technology and magnetizing the intermediate medium to enable the frequency of the intermediate medium to be consistent with self physiological frequency value of a plant; applying the treated intermediate medium to the soil or the leaf surface of the plant to enhance the activity of soil enzymes and enable the frequency of the intermediate medium to be consistent with the self physiological frequency value of the plant after the intermediate medium is absorbed by the plant to generate resonance to accelerate the photosynthesis of the plant, enhance the absorption of the plant on nutritions and make the plant grow, flower or fruit in an optimal way, whereas the magnetized intermediate medium enhances the activity of the soil enzymes, improves the conditions of the available nutrients of the soil and fundamentally improves soil texture. Simultaneously, the invention also discloses the intermediate medium in the method.

Description

technical field [0001] The invention relates to a method for promoting plant growth through resonance technology; also relates to a method for improving soil through resonance technology; and also includes an intermediate medium having the functions of promoting plant growth and improving soil. Background technique [0002] In the prior art, the growth speed of plants is promoted by applying various fertilizers such as chemical fertilizers. But so far, these methods of promoting plant growth through the application of fertilizers have not yet resulted in plants growing in a fully optimized manner, or plants not growing at an optimal growth rate. The current existing resonance and magnetic field effects on plants only stay in the initial stage of directly targeting plants, and its large-scale realization is simply impossible. [0003] Because the land is over-cultivated and chemical fertilizers are frequently applied, the soil quality is deteriorated, compacted, and the cult...

AI Technical Summary

Problems solved by technology

But so far, these methods of promoting plant growth through the application of fertilizers have not resulted in plants growing in a fully optimized manner, or plants not growing at an optimal rate

The effects of the existing resonance and magnetic fields on plants are only at the initial stage of directly targeting plants, and its large-scale realization is simply impossible

[0003] Because the land is over-cultivated and chemical fertilizers are frequently applied, the soil quality is deteriorated, compacted, and the cultivated soil layer becomes thinner. The taste of the plants grown is not as good as before, and the yield of the plants applied with organic fertilizers is low, resulting in high prices of organic vegetables. adapt to the current market

In addition, the current soil desertification, salinity and chemical substances damage the soil is almost irreversible, and its loss is immeasurable on a global scale, which has completely endangered the sustainable development of human beings.