How to create parametric resonances in atoms of chemical elements of a material

摘要

(57) A method and apparatus for generating parametric resonance of energies in atoms of chemical elements of a substance relates to the field of mechanical chemistry. Way Peripheral rotor speed and N ₁ is the number of rotations of electrons in the first normal orbit, for any chemical element Where k is the number of grooves in the rotor and N _el is the atomic number [m] of the chemical element of the composition of the material—using the rotational exciter at the rotational excitation of the bore orbits in the atoms of the chemical elements in the grand universe. By creating conditions it is based on the excitation of the chemical elements of the composition of the substance. The method comprises feeding the material into the inner cavity of the rotor and releasing the treated material after passing it through the grooves 4 evenly distributed over the peripheral surface. The apparatus comprises a housing comprising a base 1 and a side wall, the inner space of the housing being in the form of separate grooves 4 evenly located relative to the outer surface of the rotor, the peripheral annular wall 8, the input ( 5) and output 6 branch pipes. The outer radius of the rotor R _el1 is the radius of the first normal orbit of the grand universe with respect to the electrons of the chemical element N _el is the atomic number of the chemical element, k is the number of grooves in the rotor, and the number of grooves in the rotor is the formula Calculated from and selected from the nearest integer value, n ₁ is the number of rotations of electrons in the first normal orbit of the grand universe for any chemical element Where n is the number of revolutions and the radial groove width is Determined by The proposed method and apparatus provide parametric resonances to the atoms of the chemical elements of the composition between the energy of De Broy's "stationary waves" and the electromagnetic energy of the corresponding bore orbits in the grand universe conditions.