This invention enables the production of tailor-made extruded profiles for the forming of metals, for example in the production of pipes and the like. The process can be used in the automotive or aerospace industries.
This Invention enables an improved catalysis of commonly used reactions in fuel cells and electrolyzers as well as an easier manufacturing process for this catalyst material.
This new type of liquid distributor is used, for example, in absorption chillers and can replace systems that were previously more complex and more susceptible over the operating time.
Production method for mesoporous carbon coatings incorporating noble metal nano particles.
The Invention enables the continuous Z-folding of a electrode-seperator-composite for faster and cost-efficient production of battery-cells.
This invention offers a novel technology to increase the efficiency of cooling systems.
This invention provides a way to purify wastewater from synthetic substances as well as bacteria or viruses.
This invention provides a control method for wind turbines to adapt their overall performance to the prevailing operating conditions.
An enhanced electrode for fuel cells and electro catalysis and the manufacturing process needed.
This invention enables an easier production of ordered mesoporous silica structures even at room temperature.
Wherever heat is generated in electronic components as a result of power loss, this must also be dissipated in order to prevent the components from overheating. The invention relates to a method for producing a composite material (metals and carbon), a composite material and a use of the composite material as a heat conductor as well as a heat exchanger. It enables an increase in the interface area and/or contact area of a redetachable and reusable thermal interface, thereby increasing the heat flow between two surfaces.
With the invention of the SOS system, it is possible to skim oil slicks from the surface of the water, i.e. to absorb them, even in heavy seas.
This Invention describes the usage of a novel semiconductor MOF comprising Phosphonate and Arsenate for a novel electrode material used in super capacitors.
This process enables the generation of nanoparticles in spray flames which can be used, for example, as coating material, in electrical devices, for thermal conduction or insulation or as catalyst.
The Center for Intellectual Property (ZfgE) at the TU Berlin is the central point of contact for all topics relating to intellectual property law and intellectual property.
We patent and market the inventions of the TU Berlin, and we also teach and research technical and intellectual property law.
This makes us the central contact for inventors of the TU Berlin, for cooperation partners from industry and science as well as for interested scientists and experts from the fields of technology and law.
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