Thermal energy storage (TES) is a low-cost, long-lived technology which can be used to provide dispatchable energy on demand. The system can be...

We have developed an electrocatalytic material for oxygen evolution reactions (OER) in alkaline solutions. The main purpose of this activity is to...

The technology relates to a process for a much cheaper and easier production of components with a precisely defined porosity. By applying the method...

A new technology to fix and weld thin foils without laborious and expensive fixtures.

The invention addresses both the optimization of electrode forms for high frequency device operation as well as innovative solutions for their...

Problemlose und sichere Montage von metallischen Dichtungen bei CF- und QCF-Verbindungen in der Vakuumtechnik.

A coumarin-caged forskolin derivative for temporally controlled cellular cAMP production was synthesized. The water-soluble caged forskolin derivative...

Subject of the invention is a holder for microscopy slides, which allows freely adjusting and selecting the space between the slides, creating a...

The described technology concerns a tunnel field-effect transistor (TFET) with superior tunnelling currents.

For material characterization and analysis, we provide a data-driven process, which enables the chemical interpretation of core-level X-ray...

The invention addresses both a device and a method for determining the electrical resistance of an object.

We offer an affordable compact accelerator-based neutron source (CANS) that produces neutrons by the nuclear capture reaction between a low energy...

The invention relates to a method of producing enantiomerically pure d-xylonate with a modified Corynebacterium glutamicum strain in which the...

Molten Salt Shielded Synthesis (MS3) is a novel process to synthesize non-oxide powders in air. MAX phases are a new family of materials with high...

New class of small molecules acting as SERPINA3 inhibitors, which are able to reduce PrPSc accumulation in prion-infected cell lines.

sFIDA (surface-based fluorescence intensity distribution analysis) is a platform technology for quantitating and sizing single protein aggregates.

Method for determining the velocity of dispersed particles in a flowing solution in the immediate vicinity of a solid body wall.