Influence of Grating Parameter on Diffraction Efficiency of Transmission Volume Bragg Grating
Songbai Li, Jianguo Chen, Yang, Min
Abstract
Songbai Li, Jianguo Chen, Yang, Min
Abstract
Based on Kogelnik's coupled-wave theory, diffraction efficiency equation of transmission volume Bragg grating is derived. By numerical simulation, it is analyzed that influence of writing parameters such as refractive index modulation, grating thickness, phase-mismatching parameters, deviation of angles and wavelengths on diffraction efficiency The study is shown that the maximal diffraction efficiency is obtained when phase-mismatching do not occur between the incident waves and the diffraction waves, and diffraction efficiency will be improved at the incidence of Bragg angle when the grating thickness and the refractive index modulation increases. When the incident light met all Bragg conditions,diffraction efficiency of the...
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Based on Kogelnik's coupled-wave theory, diffraction efficiency equation of transmission volume Bragg grating is derived. By numerical simulation, it is analyzed that influence of writing parameters such as refractive index modulation, grating thickness, phase-mismatching parameters, deviation of angles and wavelengths on diffraction efficiency The study is shown that the maximal diffraction efficiency is obtained when phase-mismatching do not occur between the incident waves and the diffraction waves, and diffraction efficiency will be improved at the incidence of Bragg angle when the grating thickness and the refractive index modulation increases. When the incident light met all Bragg conditions,diffraction efficiency of the...
Key concepts: Diffraction efficiency, Optics, Diffraction, Blazed grating, Ultrasonic grating, Acousto-optics, Materials science, Grating