NOVELTY - Combustible mixture of hydrogen and oxygen is produced by electrolyzing an aqueous liquid using a pulsed application of water onto electrodes, while applying an electrical potential between electrodes, and where the electrodes are not immersed in the water, which flows between the electrodes while undergoing electrolysis.    USE - For production of combustible mixture of hydrogen and oxygen, for use as fuel, in such as internal or external combustion engines or other devices.    ADVANTAGE - The invention enables the generated hydrogen and oxygen gases to clear the electrodes in a pulsing manner, which significantly improves the efficiency of the electrolytic action by allowing the maximum available area to be exposed to electrolyte and the applied voltage. The hydrogen and oxygen produced by the cell creates froth or foam bubbles. The froth effectively forms an electrical conductor between each joined bubble to an earth on the system. The electrical earthing through the bubbles improves the level of safety by ameliorating the potential for electrostatic sparking and ignition of the combustible mixture.    DETAILED DESCRIPTION - Production of combustible mixture of hydrogen and oxygen by electrolyzing an aqueous liquid, includes metering the aqueous liquid onto one horizontal and planar electrode and retaining liquid in contact with the electrode, while facilitating an oversupplying of the electrolyte to flow into contact with another horizontal and planar electrode insulated from the one electrode; applying an electrical potential between the electrodes while flow of the aqueous liquid between the electrodes completes an electrical circuit between the electrodes to generate hydrogen and oxygen at opposite ones of the electrode pair.    An INDEPENDENT CLAIM is also included for an electrolytic cell for producing hydrogen and oxygen from an aqueous solution, including electrode pairs of opposite polarity, each electrode being planar and disposed in a horizontal orientation; and metering mechanism for controlling the flow of an aqueous solution onto one electrode of each pair of electrodes and where the solution flows from the one electrode to the electrode of each pair and where, when the cell is in use, the electrodes are not immersed below the surface of a contained quantity of the solution.    DESCRIPTION OF DRAWING(S) - The figure shows plan and side elevation views of a container housing an electrolytic cell structure.    Container (10)    Cylindrical housing (11)    Bottom cap (12)    Lid (13)    Lid outlet (15)    Container outlet (16)    Central post (17)    Anode post (19)    Cathode post (20)