Martin S, Feely C A, Toal V
Appl Opt. 1997 Aug 10;36(23):5757-68. doi: 10.1364/ao.36.005757.
Recent research on an acrylamide-based photopolymerizable holographic recording material is presented. The recording characteristics of the material are discussed in detail in terms of sensitivity, diffraction efficiency, recording linearity, resolution limit, and sources of noise. Although the resolution is not sufficient for reflection holography, the recording characteristics are excellent for transmission gratings. The material was found to suffer no shrinkage during recording, and high-diffraction-efficiency slanted gratings were made. Finally, the suitability of this self-developing material to both double-exposure and real-time holographic interferometry is demonstrated.
介绍了一种基于丙烯酰胺的可光聚合全息记录材料的最新研究。从灵敏度、衍射效率、记录线性度、分辨率极限和噪声源等方面详细讨论了该材料的记录特性。尽管该分辨率对于反射全息术来说不够，但对于透射光栅而言，其记录特性非常出色。研究发现该材料在记录过程中不会收缩，并且制作出了高衍射效率的倾斜光栅。最后，证明了这种自显影材料适用于双曝光和实时全息干涉测量。
