Examples of using Plasmons in English and their translations into Swedish
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Plasmons couple directly to these elementary charges.
Futuristic applications of plasmons include ideal lenses
Plasmons can be directed through channels measured on the nanoscale(billionths of a meter),
Since silver nanoparticles support surface plasmons, AgNPs have outstanding optical properties.
The plasmons dance across the surface,
The review includes detailed explanations of plasmons for in vivo biosensing and nanoantennas.
Since plasmons are the quantization of classical plasma oscillations,
Researchers have been looking for a way to generate plasmons in solar cells without greatly increasing the difficulty
This extra light energy excites electrons in the metal particles, creating electron waves called plasmons-- a cross between plasma and photons.
The plasmons that flow in waves across the surface when excited emit light
Metallic nanowires can be used to guide electromagnetic radiations or plasmons for sensing applications
too, is plasmonic energy carried in quasi-particles called plasmons.
colleagues predicted the existence of‘surface localized' plasmons, which was confirmed by Powell
Plasmons will interact strongly with photons at the interface of a metamaterial's metal and dielectric to form yet another quasi-particle called a surface plasmon polariton(SPP).
engineers interested in the physics of surface plasmons and their use for nanoscale photonics.
where you can use plasmons to build sensors which are so sensitive that they can detect much lower concentrations of toxins
Halas and Nordlander have considerable expertise in the manipulation of the quasiparticles known as plasmons, which can be prompted to oscillate on the surface of a metal.
The authors provide an extensive overview of the properties of plasmons in nanomaterials with emphasis on pioneering work of Ruthemann
resulting in a shift in wavelength at which surface plasmons excite and peak of transmission.
the coherent coupling properties of localized plasmons, providing a pathway for engineering intricate devices that can control light in extremely confined spaces," Schuck adds.
The success of this new light mill stems from the fact that the force exerted on matter by light can be enhanced in a metallic nanostructure when the frequencies of the incident light waves are resonant with the metal's plasmons- surface waves that roll through a metal's conduction electrons.
Understanding the relationships among these three kinds of particles-charge carriers, plasmons, and plasmarons-may hasten the day when graphene can be used for"plasmonics" to build ultrafast computers-perhaps even room-temperature quantum computers-plus a wide range of other tools and applications.
In physics, a plasmon is a quantum of plasma oscillation.
First of all, what is a plasmon?
a charge carrier coupled with a plasmon.
it affects the plasmon, which leads to modifications in the reflectivity of light.
Waveguide components utilizing surface plasmon(SP) modes were found to combine huge optical bandwidth
A plasmon is an electronic surface wave that rolls through the sea of conduction electrons on a metal.
our transformational plasmon optics methodology provides a practical way for routing light at very small scales,” Zhang says.
Schematic on the left shows the scattering of surface plasmon polaritons(SPPs) on a metal-dielectric interface with a single protrusion.