Patent Number: 
Section: claims

1. An apparatus comprising a wall and a seal, wherein the seal and an interior surface of the wall define a sealed volume, wherein said wall comprises a layer system on said interior surface comprising a hydrogen barrier layer formed from a ternary or quaternary oxide comprising Al and O, wherein the hydrogen barrier layer is configured to maintain a hydrogen density in said volume that is different than a hydrogen density outside of said volume, wherein said hydrogen barrier layer is formed via a physical vapor deposition method, wherein droplets formed by arc evaporation are distributed in the hydrogen barrier layer. 2. The apparatus according to claim 1, wherein said ternary oxide is substantially composed of Al, Cr and O. 3. The apparatus according to claim 1, wherein said layer system comprises at least one of the group consisting ofan adhesion layer for increasing an adhesion of said hydrogen barrier layer on a substrate;a hydrogen storage layer capable of storing and releasing hydrogen;a protective layer for protecting at least one layer of said layer system from external influences. 4. The apparatus according to claim 1, wherein said apparatus is or comprises at least one of the group consisting ofa hydrogen storage container;a hydrogen transport container;a fusion reactor;a fuel cell;a battery;a combustion engine;a superconducting electricity-grid;an electric transmission cable;a fuel tank. 5. The apparatus according to claim 1, wherein the layer system includes a second layer comprising a hydrogen storage layer comprising a hydride precursor. 6. The apparatus according to claim 1, further comprising a protecting layer overlaying the hydrogen barrier layer. 7. Method for manufacturing an apparatus according claim 1, characterized in comprising the step ofB) depositing said hydrogen barrier layer on said wall. 8. A hydrogen permeation barrier, comprising a wall and a seal, wherein the seal and an interior surface of the wall define a sealable volume, and a layer system on said interior surface that encloses the sealable volume in which a hydrogen density is established, the layer system comprising a hydrogen barrier layer comprising a ternary or quaternary oxide comprising Al and 0 that isolates the hydrogen density within the sealable volume from a volume having a different hydrogen density externally of said sealable volume, wherein the hydrogen barrier layer is formed via a physical vapor deposition method, wherein droplets formed by arc evaporation are distributed in the hydrogen barrier layer. 9. The hydrogen permeation barrier according to claim 8, wherein said ternary oxide is substantially composed of Al, Cr and O. 10. The hydrogen permeation barrier according to claim 8, wherein said layer system comprises at least one of the group consisting ofan adhesion layer for increasing an adhesion of said hydrogen barrier layer on a substrate;a hydrogen storage layer capable of storing and releasing hydrogen;a protective layer for protecting at least one layer of said layer system from external influences. 11. The hydrogen permeation barrier according to claim 8, wherein the layer system includes a second layer comprising a hydrogen storage layer comprising a hydride precursor. 12. The hydrogen permeation barrier according to claim 8, wherein the physical vapor deposition is carried out using an arc-evaporation method. 13. An apparatus comprising a wall and a seal, wherein the seal and an interior surface of the wall define a sealed volume, wherein the wall comprises a layer system on the interior surface comprising a hydrogen barrier layer formed from a ternary or quaternary oxide comprising Al and O, wherein a hydrogen density in the sealed volume is different than a hydrogen density outside of the sealed volume, wherein droplets formed by arc evaporation are distributed in the hydrogen barrier layer.