Crystal structure - as a static element

Abstract

Claim 1 a crystal unit of any size has a higher load-bearing capacity than Fe compounds.

Description

[0001] An energy carrier storage generation system for resource-efficient civil development of humans supported on our planet, which can be created with the simplest means.

[0002] It consists of natural solid and gaseous working media, which, when synergistically combined, exhibit a high chemo-physical efficiency in the storage and energy generation function through pressure.

[0003] An energy carrier, storage, and generation system that operates within a crystalline working medium to store energy and simultaneously generate energy. The energy carrier, storage, and generation system operates under vacuum.

Claims

[1] Claim 1 a crystal unit of any size has a higher load-bearing capacity than Fe compounds. [2] Claim 2, according to claim 1, the crystal structure has a higher carbon density, which does not have any corrosion properties compared to iron and counteracts vibrations caused by a denser microstructure arrangement of differently arranged shapes / structures. [3] Claim 3, which according to claims 2 and 1, a 3D printing process covers the arrangement of the crystals below the micrometer sector by a lithographic printing process and thus regulates the arrangement of the crystals or the carbon groups in any size. [4] Claim 4, which according to claim 2 and 1, a 3D printing process covers the arrangement of the crystals below the micrometer sector by combining a lithographic printing process and thus regulates the arrangement of the crystals or different materials. [5] Claim 5, which according to claims 3 and 4, simultaneous galvanization takes place in the printing bed during the lithographic printing process. [6] Claim 6, according to claims 1 and 2, the crystal structure serves as a charge carrier for electricity. [7] Claim 7, which according to claims 3 and 4, during the lithographic printing process, a simultaneous microwave flow through the printing bed takes place. [8] Claim 8, which according to claims 3 and 4, during the lithographic printing process, a simultaneous gamma radiation or flooding takes place in the printing bed. [9] Claim 9, which according to claims 1 and 2, due to the Coulomb force, a change or a distribution of the electrical as well as the static voltage within the crystal lattice is possible and thus a charge and weight distribution occurs [10] Claim 10, which according to claims 1, 2 and 9 can be transformed simultaneously into an electrical voltage due to static voltage.