Examples of using Superconductive in English and their translations into German
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Superconductive energy transport and storage systems.
Describe magnetic and superconductive properties as cooperative phenomena.
Superconductive fields around epicenters of earthquake activity are also forms of information.
We think it's the way the superconductive crystals inside absorb electrical energy.
Superconductive magnetic energy storage systems can compensate for power and voltage fluctuations in the grid.
In this stage, the material is not superconductive yet and can be handled, bent and formed at will.
Finally, the microstructure also determines the magnetic field strength until which the HTS material remains superconductive.
In Germany, four companies are currently developing superconductive fault current limiters, some of which feature different principles.
We have foundcharge-density waves in cuprates above the temperatures at which they become superconductive", says Bernhard Keimer.
Crop circles are a form of information,yet to be deciphered. Superconductive fields around epicenters of earthquake activity are also forms of information.
Theory states that fermions with a weakinteraction should pair up at the temperature at which they become superconductive.
Superconductive FCLs are suitable for new power stations, as well as for extensions such as retrofitting CO2 separating systems.
Thanks to their high transferable capacity with small cable dimensions, superconductive systems are predestined for this.
The system contains a superconductive magnetic coil powered with direct current. The extrusion billets are rotated by two electromotors in the field of the magnetic coil.
Gadolinium metal is a silvery white, soft,and malleable rare earth metal with unusual superconductive and magnetic properties.
The gantry, which comprises four magnetic rails, two superconductive slides and a workpiece holder, is mounted on the base plate of the handling system.
With our experiments we have set anew record for the temperature at which a material becomes superconductive,” says Mikhael Eremets.
This means that whether a material is superconductive or not depends to a very high degree on its elementary composition and its structure, while chance also gets in on the act.
For example, plans are underway in the USA to connect two large andone small electricity grids totalling 5 GW via superconductive high-voltage direct current cables.
At its facilities in Genoa and La Spezia,ASG manufactures magnets of all sizes- superconductive and traditional magnets, used to make innovative magnetic resonance machines, and machines for the controlled bombardment of tumour cells, for experimental high-energy physics.
Luminescence powders are therefore one of the sources for rare earths, and many other magnetic and superconductive pigments are equally suitable for recycling.
Is superconductivity a universal property of all diamonds or is it the concentration of boron atoms in the diamondgrains that determines the temperature at which the compound becomes superconductive?
Their observation that fullerenes, when excited with laser pulses,can become superconductive at minus 170 degrees Celsius, takes them a step closer to achieving this goal.
It is the purpose of the Society to create throughout Europe an infrastructure for research and development andto promote the manufacture of superconductive electronics.
But at present our comprehension of superconductivity does not allow the synthesis of superconductive materials that can afford a commercial use under economical conditions.
It becomes superconductive at temperatures below 1.4 K. Protactinium tetrachloride is paramagnetic at room temperature but turns ferromagnetic upon cooling to 182 K. Protactinium exists in two major oxidation states, +4 and +5, both in solids and solutions, and the +3 and +2 states were observed in some solid phases.
Below a certain temperature, the so-called transition temperature,certain materials become superconductive, meaning the material conducts electrical current with no resistance at all.
In the present case, therefore, the critical question is whether the skilled person, with knowledge of the present patent,was on the date of priority able to carry out in practice a superconductive transformer cooled with liquid nitrogen for supplying power to an electric railway traction unit.
The response in 1986 was appropriately positive when the physicists J.G. Bednorz andK.A. Müller developed materials which became superconductive at temperatures as high as 35 K. By contrast to the already known metals and alloys, these materials were surprisingly ceramic substances.
Researchers at the Max Planck Institute for Chemistry in Mainz and the Johannes GutenbergUniversity Mainz observed that hydrogen sulfide becomes superconductive at minus 70 degree Celsius-when the substance is placed under a pressure of 1.5 million bar.