Examples of 'excitons' in a sentence
Meaning of "excitons"
exciton (noun) - in physics, an exciton is a bound state of an electron and an electron hole which are attracted to each other by the electrostatic Coulomb force
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- plural of exciton
How to use "excitons" in a sentence
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excitons
Excitons are bound states of an electron and a hole.
These complexes are formed by two bound excitons.
Excitons first dissociate and give free carriers.
They are also known as large excitons.
Excitons could revolutionize the way engineers approach electronics.
It is then followed by the formation of excitons.
Excitons could revolutionise the way engineers approach electronics.
Source of photons resulting from a recombination of localized excitons.
Excitons and excitonic properties.
Statistically three triplet excitons will be formed for each singlet exciton.
Excitons take electronics to future.
A quantum dot is a semiconductor whose excitons are confined in all three spatial dimensions.
Excitons are excited electrons bound to the hole produced by their excitation.
These complexes are probably formed from excitons bound to deep impurities in CdS.
Excitons are actually electrons that have bounced out of their orbit.
See also
Property of excitons.
The formation of biexcitons in the diluted gas of excitons has been confirmed.
A literature review highlights the main relaxation mechanisms and leakage of excitons in systems.
Excitons generated within this length close to an acceptor would contribute to the photocurrent.
Mastering the properties of excitons offers the ability to guide energy at the nanoscale.
We have also studied the effects of the piezoelectric field on excitons in quantum wells.
Other particles such as excitons can be affected in a similar manner by the quantum wells.
One reason for this is that the fields help to dissociate the excitons.
The reduced mass and binding energy of excitons in these two samples are identical.
Mahan excitons emerged in the optical properties with the distinctive features predicted by theory.
A quantum dot is a semiconductor nanocrystal that confines its excitons in all three spatial dimensions.
Such clusters can cause shorting defects and provide additional quenching sites for excitons.
A QD is a semiconductor whose excitons are confined in all three spatial dimensions.
Excitons and screening in two-dimensional materials.
Pekar proposed to name these states ' light excitons.
At a certain laser intensity, excitons can no longer form.
In crystals excitons interact with phonons, the lattice vibrations.
Therefore, it is desirable to keep photogenerated excitons away from the contacts.
Typically, excitons are observed just below the band gap.
A resonant monochromatic pump laser generates coherent excitons in an n-type-doped semiconductor.
Specifically, its excitons are confined in all three spatial dimensions.
Third, this barrier enables coexistence of free and self-trapped states of excitons.
Excitons are made when a photon strikes a material, mostly a semiconductor.
In condensed matter physics, biexcitons are created from two free excitons.
Excitons are formed when a photon strikes a material, particularly a semiconductor.
Possibility of formation of the excitons bound to the doping d-ions was shown.
Excitons - neutral quasiparticles that exist in semiconductors - demonstrate strong coupling with light.
Both thermal-donor bound excitons and two isoelectronic centers are discussed.
This mechanism involves the formation of self-trapped excitons and their recombination.
The relaxation of excitons is controlled by diffusion-limited collisions between excitons.
In this thesis, we show the contribution of bright excitons to the Bose-Einstein condensation.
Specifically, excitons have no net charge and can be split or combined.
In photosynthesis, when photons hit the receptors called chromophores, the latter produce excitons.
In silicon, excitons rapidly separate as electrons join the flow of current.
The more efficient the absorption of light, the greater the possibility of creating excitons.
