常州大学学报（自然科学版）2011，Vol.23Issue(1)：48-51,4.
单负材料平面微腔结构的共振模研究
Study of Resonant Modes of a Planar Microcavity Composed of Single-Negative Materials
摘要
Abstract
The resonant mode characteristics of a planar microcavity composed of single-negative materials (SNG) are studied with the transfer matrix method.It shows that the resonant frequency is mainly determined by the material parameters and structure parameters of the dielectric in cavity.However, the line width (FWHM) is affected by the thickness of SNG reflective layer and it tends to be narrow with thickness increasing.The absorption of SNG decreases the transmittance of resonant mode and reduces the local electric field in the cavity.With the appropriate thickness of SNG, the local electric field in the cavity can reach the maximum.The polarization properties of the resonant modes are also studied.Under certain conditions, the omnidirectional transmission of TM resonant mode can be realized, which is useful for designing an omnidirectional filter.关键词
共振模/传输矩阵/单负材料/全向滤波器Key words
resonant mode/ transfer matrix method/ single-negative material/ omnidirectional filter分类
数理科学引用本文复制引用
陈婷婷,张辉霞,杨烨,沈小明,陈宪锋..单负材料平面微腔结构的共振模研究[J].常州大学学报（自然科学版）,2011,23(1):48-51,4.基金项目
常州大学科技计划项目资助(JS200802) （JS200802）
