NOVELTY - Hydrogen storage and recovery system (100) comprises: metal substrate including binding layer; electron source (104) for directing electrons onto binding layer; first magnetic field; and second magnetic field orthogonal to first magnetic field, where electrons passes through first magnetic field and second magnetic field, first magnetic field and second magnetic field cooperates to manipulate direction of impingement of electrons onto binding layer and impingement of electrons liberates hydrogen ions from binding layer.    USE - The hydrogen storage and recovery system is useful in vehicles propulsion systems.    ADVANTAGE - The hydrogen storage and recovery system: is pollution-free; provides minimum major moving parts; is safe, stable and has efficient storage and distribution of hydrogen gas; utilizes fuel that can be made readily available in many countries throughout the world; yields liquid water as its exhaust product; and can be easily manufactured in a cost-efficient manner.    DETAILED DESCRIPTION - Hydrogen storage and recovery system (100) comprises: a metal substrate including a binding layer, where the binding layer having many hydrogen molecules embedded in it; an electron source (104) for directing electrons onto the binding layer, where the electron source comprises an ionization source; a first magnetic field; and a second magnetic field orthogonal to the first magnetic field, where the electrons passes through the first magnetic field and the second magnetic field, the first magnetic field and the second magnetic field cooperates to manipulate the direction of impingement of the electrons onto the binding layer, and impingement of the electrons liberates hydrogen ions from the binding layer. INDEPENDENT CLAIMS are also included for:    (1) a hydrogen storage and recovery system (I) comprising: a substrate including a binding layer, where the binding layer having the hydrogen molecules embedded in it; many cells (103) arranged in a grid, where each cell includes the electron source for directing electrons onto the binding layer, the electron source comprises the ionization source, the first magnetic field and the second magnetic field orthogonal to the first magnetic field and the electrons passes through the first magnetic field and the second magnetic field, the first magnetic field and the second magnetic field cooperates to manipulate the direction of impingement of the electrons onto the binding layer; and    (2) storing and recovering hydrogen for use as fuel, comprising: (a) embedding the hydrogen molecules in a binding layer on the substrate; (b) providing the cells arranged in a grid, where each cell including the electron source comprises the ionization source, the first magnetic field and the second magnetic field orthogonal to the first magnetic field; (c) accelerating electrons from the electron source through the first magnetic field and the second magnetic field and onto the binding layer; and (d) selectively manipulating the magnitude of the first magnetic field and the second magnetic field to affect the direction of travel of the electrons passing through it and thus affect the direction of impingement of the electrons onto the binding layer.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of hydrogen storage and recovery system.    Hydrogen storage and recovery system (100)    Sheet (102)    Many cells (103)    Electron source (104)    Ion guide (106)