Abstract
Each atom is enclosed with $\pi$-rays, which were produced by the alternating magnetic field that is made by the electron's going and returning between atoms. If some resonant $\pi$-rays are supplied to and suppress the fencing $\pi$-rays, the bonding will be broken because the equilibrium distance for the electron moving between atoms can not be maintained. Electrolysis process supplies $\pi$-rays of Gibb's free energy to the reactant atoms and then the component atoms are divided into and are induced to both electric poles. (omitted)