Examples of using Electronic properties in English and their translations into German
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Oxides have very good electronic properties and can be produced in the printing mode.
Prof. Martina Müller heads a younginvestigators group at the Peter Grünberg Institute- Electronic Properties PGI-6.
Here it is remarkable that the other electronic properties of the plasmons, in particular their dispersion, remain largely unaffected.
Graphene consists of a single layer of carbon atoms andhas quite unusual mechanical and electronic properties.
This method measures the electronic properties, crystallinity and structure of thin layers from the micrometre range through to atomic structures.
Quantum effects cause extremely interesting optical, magnetic and electronic properties in nanocrystals.
Due to their outstanding optical and electronic properties, OLEDs have a broad range of potential applications in mobile electronics and displays.
Organic semiconducting molecules utilize the structure of their carbon backbone, which grants them unique electronic properties.
Because of their unique electronic properties, molecules are suited to applications that cannot be implemented using conventional silicon technology.
Defects in the structure of crystalline materials(such as metals or semiconductors) are responsible for a multitude of mechanical,optical and electronic properties.
Due to its astonishing mechanical, chemical and electronic properties, it promises manifold future applications- for example in microelectronics.
It does not get any thinner than this: The novel material graphene consists of only one atomic layer of carbon atoms andexhibits very special electronic properties.
Researchers can use this technique to examine not only the structure but also the electronic properties of molecular networks on different surfaces.
The chemical and electronic properties of these atomic platinum monolayers on tungsten carbide did not differ significantly from those of a block of pure platinum.
This activity includes research on the switching kinetics and electronic properties of phase-change materials, especially in their amorphous states.
But how are the electronic properties of nanodiamonds deposited on a solid-state substrate different from those displayed by nanodiamonds in aqueous solutions?
Researchers from all over the world are using the Swiss muon source at thePaul Scherrer Institute to explore the magnetic and electronic properties of new materials.
Thereby we are interested in atomic structures, electronic properties, phonon modes, optical spectra, phase transitions, and transport properties. .
In this way, an extended microscopic understanding of materials with strongly correlated degrees of freedom isachieved. This knowledge may be helpful in the search for materials with new and optimized electronic properties.
Compound semiconductors, graphene, carbon nanotubes and nanowires possess unique electronic properties which make them potential candidates for integration into next generation computer chips.
Electronic properties of single crystals are critical to the semiconductor industry while magnetic properties of single crystals are important to the performance of magnetic storage devices.
Self-assembled monolayers are an established technique to influence the microstructure,homogeneity and electronic properties at these interfaces by molecular design.
In his dissertation, Mr Andreas Beckel examines the electronic properties of self-organised quantum dots, which are coupled with a two-dimensional electron gas by means of the tunnel effect.
If extremely narrow graphene ribbons(well under 10 nanometres wide) that also have well-defined edges could be manufactured, so the reasoning,then they might allow for components exhibiting specific optical and electronic properties.
Feldmann examines new inorganic andorganic materials in respect of their optical and electronic properties, enabling the development of new material systems for optoelectronic component parts.
Despite the fact that the electronic properties of nanoscale metal particles of unit size are a topic of current fundamental research, their application potential as minute switching and memory units have already become evident.
If we want to successfully employ these kinds of materials in applications,we need to be able to control their electronic properties just as precisely as we customarily do today with inorganic semiconductors.”.
Regina Hoffmann from the KIT Physical Institute studies the structure and electronic properties of these nanocontacts and has now been the first researcher in Karlsruhe to be awarded the renowned ERC Starting Grant of the European Research Council for her project.
By these means the working principles,the atomic and chemical structure, and the electronic properties of efficient hetero emitter solar cells and quantum structures for solar applications can be investigated.
The layered hybrid materials, consisting of organic and inorganic parts,have fascinating electronic properties which can be used for a new generation of optoelectronic and molecularelectronic components such as solar cells.