Using the vectorial form of the Huygen-Fresnel principle, we have studied the diffraction of a surface plasmon mode propagating on a metal-dielectric interface as it passes through a dielectric thick lens. This method, ...

در این مقاله از پلاسمون های سطحی محلی در نانو ذرات برای جفت شدگی نور به پلاسمون های سطحی در یک لایه نازک فلزی که درون سلول خورشیدی قرار گرفته است استفاده شده است. نتایج شبیه سازی نشان می دهد که با این روش می توان میزان ...

In this paper, a device for coupling light into symmetric and asymmetric surface plasmon modes in a metallic thin film is presented. This device consists of a two-dimensional periodic array of nanoparticles located above ...

In this paper, we investigate the characteristics of a new device for coupling light into symmetric/asymmetric surface plasmon modes on each side of a metallic thin film.

In this paper, a novel structure is proposed to enhance the absorption of light in thin-film solar cells by surface plasmons excited on metallic nono-rods.

Optical cross-section of individual metallic nanoparticles in dielectric-loaded media have been studied to efficiently propose electric-field enhancement schemes in nanophotonic networks and devices.