作者: Dmitry A. Bykov , Leonid L. Doskolovich , Victor A. Soifer
关键词: Pulse (physics) 、 Time domain 、 Rigorous coupled-wave analysis 、 Grating 、 Extraordinary optical transmission 、 Diffraction efficiency 、 Fiber Bragg grating 、 Optics 、 Physics 、 Diffraction grating
摘要: A general transformation of the optical pulse envelope implemented by a single-resonance diffraction grating is studied. The particular cases considered include integration and differentiation in Wood anomalies fractional order 1/2 Rayleigh-Wood anomalies. extraordinary-optical-transmission plasmonic gratings are shown to be well suited for transmission. Diffraction perform semi-integration pulses with temporal features picosecond range designed. Numerical simulations based on rigorous coupled-wave analysis Maxwell's equations good agreement presented theoretical analysis.