摘要:
The invention concerns an electric condenser (10) with a negative pole (11, 12) and a positive pole (12, 11) held a given distance apart with a dielectric between the poles. The two poles (11, 12) each have the same three-dimensional lattice-like structure and are held the same distance apart, inserted into one another in every direction. A condenser of this kind meets today's requirements for a high charge capacity but comparatively low volume and weight.
摘要:
In an electrode arrangement (10) for use in the cells of batteries, accumulators or other similar electrical devices provided with at least one negative electrode (11, 12) and at least one positive electrode (12, 11), said electrodes being kept a defined distance from one another, both electrodes (11, 12) have an identical three-dimensional grid-type structure and are mounted at a constant distance from one another in such a way that they intermesh in all directions in space. An electrode arrangement of this type meets today's requirements for high storage capacity with comparatively low volume and weight and thus improved output yield.
摘要:
The invention concerns an electric condenser (10) with a negative pole (11, 12) and a positive pole (12, 11) held a given distance apart with a dielectric between the poles. The two poles (11, 12) each have the same three-dimensional lattice-like structure and are held the same distance apart, inserted into one another in every direction. A condenser of this kind meets today's requirements for a high charge capacity but comparatively low volume and weight.
摘要:
In an electrode arrangement (10) for use in the cells of batteries, accumulators or other similar electrical devices provided with at least one negative electrode (11, 12) and at least one positive electrode (12, 11), said electrodes being kept a defined distance from one another, both electrodes (11, 12) have an identical three-dimensional grid-type structure and are mounted at a constant distance from one another in such a way that they intermesh in all directions in space. An electrode arrangement of this type meets today's requirements for high storage capacity with comparatively low volume and weight and thus improved output yield.