Examples of using Quantum dots in English and their translations into German
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The coating of quantum dots(QDs) may be degraded under acidic conditions e. g.
There are various possible ways to produce quantum dots, including.
Sometimes, quantum dots are used instead of fluors because the dots have such narrow emission peaks.
EPA also reviewed low volume exemptions for five quantum dots and four nanodiamond substances.
The main advantage of quantum dots, gold nanoparticles, and FNDs are that they are resistant to photobleaching.
Bacteriophage viruses that have been genetically engineeredhave been used in research in the production of quantum dots.
Colloidal synthesis allows multiple quantum dots to be produced simultaneously in large batches.
Some Quantum Dots are able to slow down the microbial decomposition of dead organic materials in the environment[9], i. e.
This means, among other things, that electrons in quantum dots assume states with specific energy values.
The term" quantum dots"(QDs) refers to a class of nanocrystals with very small diameter of one to a few nanometers.
According to his theory, artificial atoms(quantum dots) could be used to produce a quantum computer.
Quantum Dots often consist of a heavy metal core with a coating of organic substances which are intended to stabilise the particles.
Since consumers do not come into contact with quantum dots, the following applies only to employees of research laboratories.
However, the fact that we are able to deliberately and precisely control the properties of quantum dots at all is a huge step forward.
As they are transported through quantum dots, for example, the current flow is specifically blocked so that the electrons appear individually.
Fraunhofer researchers are working together with anindustry partner to develop a promising alternative: quantum dots based on indium phosphide.
Different sized quantum dots change the color emitted or absorbed by the crystal, due to the energy levels within the crystal.
Quantitative approaches based on multiple combinations of quantum dots and ligands will be invaluable for such investigations.
Magic-sized quantum dots in a glass flow tube produce white light when stimulated by an ultraviolet laser beam Photo credit: Daniel Dubois.
Keeping the temperature at the optimal temperature is essential for rearrangement of atoms in the synthesis process andthe ideal growth of quantum dots.
The water-soluble and biocompatible indium-based quantum dots can in the future also be tested in terms of biomass conversion to hydrogen.
Nanocrystals in which so-called quantum effects occur due to their extremely small diameter(in the range of a few nanometers)are called quantum dots.
She works on projects involving nanoparticles(such as quantum dots and superparamagnetic iron oxide), polymers and hybrid materials combining the two.
Nanocrystals that exhibit due to their extremely small diameter(in the range of a few nanometers) quantum effects,are referred to as Quantum Dots QDs.
For example, quantum dots are able to emit individual light particles(photons) after excitation, which can then be detected using a tailor-made laser microscope.
The principle behind these remarkable functionalities is the strong interaction of focusedlight with quantum emitters such as atoms, quantum dots, color centers, or molecules.
The specific band gap of quantum dots corresponds to the frequency of sunlight, such that the light can be absorbed to excite the nanocrystal particles.
A motley, interdisciplinary crew of chemistry, physics, mathematics, informatics and engineering science students will be jointly researching the electron interactions between quantum dots.
Specifically, the efficiency of quantum dots is lower than industry standard rates, with only approximately 9% of sunlight energy being successfully converted into electrical energy.