机构地区: 中山大学物理科学与工程技术学院光电材料与技术国家重点实验室
出 处: 《光学学报》 2011年第9期273-280,共8页
摘 要: 光子晶体、量子光学、超快光学与微纳光学的发展,使得操控光子的发射与传输特性成为可能。综述了具有复折射率周期性调制的共振吸收光子晶格,并着重介绍了共振吸收波导阵列的原理、光学特性、样品制备与应用。 Significant advancement in photonic crystals,quantum optics,ultrafast optics as well as micro-nano-optics gives rise to new opportunities to manipulate the emission and propagation in optical fields.We review the resonantly absorbing photonic lattice created out of materials with complex dielectric index and mainly introduce the theory,properties,fabrication and applications of resonantly absorbing waveguide array in this article.