Sentence examples for radiative modes from inspiring English sources

The dispersion relations for radiative modes and two types of non-radiative modes of localized and propagating surface plasmons were demonstrated.

The dispersion relations for radiative modes and two types of non-radiative modes of localized and propagating surface plasmons were obtained.

The plasma oscillations of electrons in Au NPs are radiative modes.

This effect is described as a recycling of radiative modes in the waveguide.

This dispersion feature of ω(k) for radiative modes is caused by a reduction in size of Au NPs.

The dispersion branches of radiative modes (to the left of the light straight line) are explained by the surface plasmon's excitations on isolated non-interacting Au NPs.

Drying and diffusive, convective and radiative mode of heat transfer is considered including particle shrinking during torrefaction.

The physical understanding is associated with the hybridization and the coupling of the dark mode and the radiative mode between the resonators.

Also, at higher surface temperatures, heat loss through radiative mode was predominant and the system stagnation was found to be about 260 °C with optimal operating temperature of about 121 °C.

Nevertheless, by coupling efficiently to radiative mode in the far field, delocalized and propagating SP modes (at work within the cavity defined by the BE area) lead to strong beaming effects, which can be understood as an antenna behavior using a reciprocity argument.

Two groups of dispersion branches are shown for non-radiative modes (to the right of the light straight line) where the phase synchronism condition is necessary for the surface plasmon's excitations.