Measuring and regulating the localized surface plasmon (LSP) dephasing time (lifetime) of
bonding and antibonding modes in nanosystems is the basis for the application of LSP …

基于金属纳米结构中的等离激元效应可以将周围电场局域在纳米级空间尺度范围中,
并且有着出色的电场增强的能力, 在增强光传导效应, 提高超快电子源亮度, 提升太阳能电池转化 …

Noble metal nanocavities have been widely demonstrated to possess great potential
applications in nano-optics and nanophotonics due to their extraordinary localized surface …

Coupled plasmonic systems are of great interest and have many applications such as
information processing and sensing. By choosing proper geometric configurations of …

In this paper, by defining a new physical quantity called as the frequency offset in the
harmonic oscillator model and combining with the established plasmon coupling model, we …