To provide a generation apparatus of gaseous hydrogen and gaseous oxygen by an electropulse cracking reaction.

A DC pulse power supply is configured to be recognized in the form of a pulse power supply analogous with a waveform of a half-wave current rectification while making a peak value as high as 1,000 A to 1,150 A in order for electrolysis of water to be effectively accomplished. On the outside of the electrode, magnets 13, 16 of an N pole and S pole are respectively bonded to an electrode 11 supplied with a positive pulse power supply and an electrode 14 supplied with a minus power supply such that the resonances by pulses takes place and the ionization of plus and minus is promoted. While the gaseous hydrogen and gaseous oxygen discharged by way of the container described above pass an active ceramic layer 25, the gases are supplied to a place of consumption through double safety valves 27, 28 of a gas discharge pipe, and while the moisture of the generated gases is removed by far IR rays, the gases are supplied to a place of use. By such configuration, the amount of the gaseous hydrogen and gaseous oxygen generated by electrolysis of the water is increased, and the cost for producing the gases is reduced; in addition, the installation in a space where an installation area is small is made possible.