物理
物理
물리
2015年
6期
366-376
,共11页
超表面%特异介质%惠更斯原理%相位%波前调控
超錶麵%特異介質%惠更斯原理%相位%波前調控
초표면%특이개질%혜경사원리%상위%파전조공
metasurface%metamaterial%Huygens principle%phase%wavefront manipula-tion
光学是认识光和控制光的科学，其中光相位的调控扮演着重要角色。最近人们提出了电磁超表面的概念，通过设计非均匀人工微结构来实现亚波长尺度下的任意电磁相位分布，根据惠更斯原理进而实现任意波前调控。
光學是認識光和控製光的科學，其中光相位的調控扮縯著重要角色。最近人們提齣瞭電磁超錶麵的概唸，通過設計非均勻人工微結構來實現亞波長呎度下的任意電磁相位分佈，根據惠更斯原理進而實現任意波前調控。
광학시인식광화공제광적과학，기중광상위적조공분연착중요각색。최근인문제출료전자초표면적개념，통과설계비균균인공미결구래실현아파장척도하적임의전자상위분포，근거혜경사원리진이실현임의파전조공。
Optics is the science of understanding and controlling light, in which phase ma-nipulation plays an important role. Recently, electromagnetic metasurfaces consisting of carefully designed inhomogeneous microstructures have been developed, in which any phase distribution can be realized and controlled on a subwavelength scale. By this means we may achieve arbitrary wavefront manipulation based on the Huygens principle.
