The basic problem in removing gases or gaseous pollution by suction is the weak suction velocity in free space. ...

In the fusion domain tungsten layers are required as toppings for ferritic/martensitic steel material on the blanket or the divertor in a fusion react ...

The advanced technical ceramics aluminium oxide (Al2O3) is the most well known and cost effective ceramic material. ...

PhySPACE™ stepper motors are cost-efficient, clean and reliable even within extreme environments. ...

The Internet has in recent years become increasingly important and taken way into almost every household. ...

The Macro Fiber Composite (MFC) is an innovative actuator that offers high performance and flexibility in a cost-competitive device and was originally ...

The hydrogen sensor is a system originally dedicated for space applications particularly suitable for measurements below 1.000 ppm H2. ...

The basic problem to remove gases or gaseous pollution by suction is the weak suction velocity in the free space. This velocity decreases proportional ...

In the field of for hydraulics and pneumatics, about 30 million cylinders are equipped with externally mounted magnetic inductive sensors to determine ...

As part of a national ESA development programme,  the open-pore CFRP honeycomb named CCORE was developed. ...

By means of the powder metallurgical process which involves spray compaction, the high-alloy smelter solidifies extremely quickly. ...

Since 2005 the technology provider is investigating the electromagnetic influence in the presence of CFRP (e.g. under contract to ESA) in collaboratio ...

DURNI-COAT® is a process for the functional coating of metals, where the properties of the protective layer range from chemical resistance, dimension ...

Originally, the RRV-Rapid Reaction Valve was developed as a control jet for orbiting satellites. ...

The invention is a cooling device component that is highly stable thermally and incorporates a passage for conducting coolant. ...

The offer consists of Finite Elements Method (FEM) analyses that allow an accurate prediction of the performance of materials under quasi-stationary a ...

The RRV-Rapid Reaction Valve was developed originally to control gas jets for orbiting satellites. ...

Miniaturized thermal radiation sources are important for miniaturized optical instruments, such as micro spectrometer. ...

The piezo foil technique allows the design of extremely flexible and thin sensors as well as actuators, which may be placed on 3D-contoured surfaces o ...

For the SLSTR instrument (Sea and Land Surface Temperature Radiometer) of the Sentinel 3 satellite, infrared detector arrays were developed for six di ...

The development of self-correcting, adaptive systems is receiving more and more attention in modern industrial research. ...

Modern production techniques have been applied to the development of a hydrogen sensor system, which is particularly suitable for measurements between ...

ZERODUR® glass ceramic is an inorganic, non-porous glass ceramic and has a completely non-directional, isotropic structure. ...

Fibre composite pressure tanks are increasingly used in space flight due to their high capacity for pressure retaining and their lightweight design. ...

Plasma sources have been in development at the Space Systems Institute (IRS) of Stuttgart University for decades. ...

The technology is based on a combination of RFID and piezo actuation and sensing technology. ...

The spacecraft life cycle is complex and affected by many important factors. ...

The piezo foil technique allows the design of extremely flexible and thin sensors as well as actuators, which may be placed on 3D-contured surfaces or ...

In flow-forming, a cylindrical preform is fitted over a mandrel. ...