| 摘要 |
This process and device for biophysical treatment with resonance reagents is intended to accelerate and optimise processes for the fermentation of cellulolignins by carrying out a preliminary mechanical treatment completed by the action of a fermentative biological compound preferably consisting of 70% molasses, 19% yeasts, 10% lactic acid bacteria and 1% bioenergetic reagent consisting of 40% magnetite, 50% alcohol and 10% dispersing agent, for example, nonlimitatively, oleic acid, to which are added highly dilute solutions of essential oils in an amount of 5 to 25% of the reagent, of which the water for diluting the present stock solution is then treated, after passing through an electromagnetic field of 6000 gauss minimum, with a glass electrode consisting of a graphite core surrounded by a solenoid containing 22 turns with a direction reversal in the middle, with a battery of 5 ferrites the length of which is equal to a 5th of the graphite core and filled with a mixture of silica and sea salt in a ratio of 10/1 to 5/1, connected to a capacitor whose dielectric is organic (preferably beeswax) to which has been added the bioenergetic reagent, the capacitor is connected to a generator of high frequencies of 769 kHz to 3.8 GHz and to 3x10<14> Hz in harmonics, and connected to an antenna with nine branches (preferably made from copper), and to a capture electrode consisting of a tube filled with copper sulphate and surrounded by a solenoid (preferably made from copper), the generator being also connected to resonators-oscillators consisting of 9 circuits with variable wavelengths. The device according to the invention is specially designed for the recycling of cellulolignins in agriculture. |
