光学精密工程2005，Vol.13Issue(4)：454-458,5.
Study on superprism effect in the multilayer optical thin film stack
Study on superprism effect in the multilayer optical thin film stack
摘要
Abstract
Researches show that multilayer optical thin film stack can exhibit superprism effect due to their large abnormal dispersions. We investigated and simulated this effect numerically in a 1-D non-periodic film structure-Fabry-Perot filters (FPF), which possess drastic change in phase and large group delay around wavelength of peak transmittance, and fabricated this device to realize remarkable superprism effect. We tested experimentally with the maximum spatial separation shift up to 65 μm, and the experimental result is in good agreement with the theory. Compared with the traditional prism, the total thickness of our structure is only 3.3 μm, and our prism shows a stronger angular resolution of 1.8°/nm.关键词
multilayer optical thin film/photonic crystal/superprism effect/Fabry-Perot filter/group delayKey words
multilayer optical thin film/photonic crystal/superprism effect/Fabry-Perot filter/group delay分类
数理科学引用本文复制引用
SUN Xue-zheng,GU Pei-fu,CHEN Hai-xing,JIN Bo,LI Hai-feng,LIU Xu..Study on superprism effect in the multilayer optical thin film stack[J].光学精密工程,2005,13(4):454-458,5.基金项目
project supported by the national natural science foundation of China(Grant No.60478038) （Grant No.60478038）
