Examples of using Quantum dot in English and their translations into Dutch
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Computer
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Ecclesiastic
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Official/political
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Programming
Why not our quantum dot technology?
Schematic representation of the quantum dot.
Quantum Dot technology delivers brilliant picture quality and colour volume.
Creating polarization-entangled photons from a quantum dot.
Quantum Dot technology delivers colour perfection, using an innovative alloy material.
The color of the light depends upon the size of the quantum dot.
An example of this is a quantum dot with a cadmium selenide core
based on quantum dot technology.
The manufacturing process of quantum dot photovoltaic cells requires considerably less energy than other types.
Why not our quantum dot technology?
The launch of quantum dot(QD) LCD TVs in 2015 was in,
little quantum dot that expands and spews out matter?
At present, quantum dot photovoltaic cells exist
The healthcare industry represents a major share in the quantum dot technology market.
The most important aspect of the quantum dot that affects the optical properties it displays is its size.
Experience all shade of richer& life-like colors with Samsung's Eco-Friendly Quantum Dot technology.
Quantum Dot displays use fluorescent nanocrystals that produce different colors depending on their diameter.
These large molecules hinder the electrons jumping from one quantum dot to the next and so no current flows.
LCD monitors with Quantum Dot color produce a more dynamic range of colors and show the true natural palette of colors in the picture.
As the size is inversely proportional to the emission of the quantum dot, it is important that these factors are maintained.
A quantum dot is a semiconductor nanocrystal with unique properties distinct from bulk semiconductors
If a light particle enables an electron in a quantum dot to cross the band gap,
Internally called the“Q Project,” the business set a target resolution for 2017 and tested out the quantum dot materials in various ways.
The shape and structure of the quantum dot should also be considered,
The size of the dot can be manipulated in manufacturing processes to create a quantum dot suitable for the purposes of optical imaging.
The band gap energy of a quantum dot is the difference in energy level between the dot's excited energy state and its resting state.
Small systems: For systems which are small along every dimension(e.g., a small molecule or a quantum dot), there is no continuous band structure.
It is possible for a quantum dot to be constructed of two separate materials with a core
Company insiders said other TV manufacturers were showing strong interest in quantum dot and preparing TV models that uses the technology.
As a result, a quantum dot has a specific energy spectrum equal to the band gap