multiple volume holographic gratings 多重体全息光栅
layered multiple volume holographic gratings 分层阵列体全息光栅
volume photorefractive holographic gratings 光折变体全息光栅
holographic volume gratings 体积全息光栅
local volume photorefractive holographic gratings 局域光折变体全息光栅
Based on the three- dimensional coupled wave theory, the theory of diffraction of local volume holographic gratings recorded with arbitrary polarization plane waves is studied.
基于三维耦合波理论，研究了两束有限宽度的任意偏振平面波干涉产生的局域体全息光栅的衍射问题。
参考来源 - 期刊学术社区First, the properties of volume holographic gratings, such as diffraction efficiencies, angle, wavelength and wave front phase selectivity, have been theoretically analyzed by using the couple-wave theory. Especially, a theoretically analysis of wave front phase selectivity has been deduced.
首先应用耦合波理论对体全息光栅的衍射效率以及多重体光栅对入射光波的角度、波长和波前相位的选择性衍射特性进行了分析,其中对波前相位编码多重体光栅的选择性衍射特性作了详细的推导。
参考来源 - 用于光交叉互连的光折变理论和实验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The holographic volume gratings and reflection holograms having high diffraction efficiencies and signal noise ratio are also fabricated in experiment.
实验中制作出了高衍射效率和信噪比的体积全息光栅和反射全息图。
When a volume holographic grating is readout under off-Bragg condition, determining the direction of the diffracted beam is an important issue in the coupled-wave theory of volume gratings.
体全息光栅的读出偏离布拉格条件时，衍射光方向的确定是体光栅耦合波理论中的一个重要问题。
应用推荐