Examples of 'plasmons' in a sentence
Meaning of "plasmons"
Plasmon is a noun commonly used in the field of physics and refers to a quantum of plasma oscillation
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- plural of plasmon
How to use "plasmons" in a sentence
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plasmons
Surface plasmons are confined to the surface of a metal.
This mode is compatible with surface plasmons.
From electricity to plasmons in one single step.
Plasmons can map temperature on the nanoscale.
He called these collective movements of electrons plasmons.
Plasmons are a quantization of this kind of oscillation.
We now turn to the dispersion of surface plasmons.
This thesis focuses on plasmons in this nanoscopic scale.
These density waves are called plasmons.
Plasmons are coherent excitations of a plasma.
This allows the identification of observed excitations as plasmons.
The plasmons are excited at the outer side of the film.
Ultrafast processors thanks to plasmons.
Surface plasmons are solutions to the propagation equations of electromagnetic waves.
One of the main interests of plasmons are their associated hot spots.
See also
Superlensing results from the enhancement of evanescent waves by surface plasmons.
More recently surface plasmons have been used to control colors of materials.
The new system works by controlling waves called surface plasmons.
One potential way to control the plasmons is with a magnetic field.
Plasmons play a large role in the optical properties of metals and semiconductors.
The light takes the form of plasmons moving across the surface.
Surface plasmons were used for the optical detection of interactions on their surfaces.
These properties are mainly governed by the collective oscillations of conduction electrons called plasmons.
Surface plasmons are very sensitive to the properties of the materials on which they propagate.
A support of a higher index oxide may also have some interest for plasmons.
The presence of photoexcitable surface plasmons is generally considered necessary for surface enhancement.
The wording plasmonic sensor should be construed as a sensor in which plasmons may be excited.
The interaction of plasmons with matter has drawn attention for its exotic properties.
The transition to a better suited for the enhancement by plasmons gold substrate was then examined.
Surface plasmons are electromagnetic waves that propagate along the interface between a metal and a dielectric.
Coupling between the incident electromagnetic radiation and surface plasmons is obtained in this way.
It can be shown that surface plasmons exist below the resonant frequency of the plasma.
Bridging optical and regular electronic circuits in computers requires the ability to control the plasmons.
It is well understood that excitation of nanoparticle plasmons are strongly coupled to SERS activity.
This is due to the resonance energy transfer between the wave and the surface plasmons.
This phenomenon is predicted for surface plasmons in metallic gratings F.
The team developed and fabricated a novel type of cavity based on cylindrical Tamm plasmons.
Therefore, plasmons are hard to excite on a bulk metal.
In the MSM structure there are two interfaces where plasmons are generated.
Plasmons are produced from the interaction of light with metal-dielectric materials.
This also suggests possibilities to tailor the sign of the Casimir force via surface plasmons.
For surface plasmons to be excited in bulk material, coupling structures need to be fabricated.
In a first state, the layer is not capable of bearing surface plasmons.
Yet, previous efforts in using plasmons as information carriers were not very fruitful.
For example, gold is a preferred metal for the support of surface plasmons.
Optical surface plasmons are being investigated with a view to improve makeup by L'Oréal and others.
As light is incident upon the surface of the metal film, it excites surface plasmons.
Surface plasmons ( in pink and blue ) are electromagnetic waves created on the surface of a metal.
The new sensor also uses another nano-optical entity known as plasmons.
Second, both plasmons and TIR waveguide modes may exist in the structure.
