Graf P, Lang M
Appl Opt. 1972 Jun 1;11(6):1382-8. doi: 10.1364/AO.11.001382.
Based on results of diffraction theory, it is shown that the proportions of storage plate and detector matrix, respectively, page-composer, of a fast holographic mass memory are strongly coupled. A high capacity fast data store needs a large detector array. Optimized geometry results if storage plate and detector matrix have the same size. A square detector matrix, able to read about 10(10) bits in an optimum designed memory, should have a diagonal extension of about 1 m.
基于衍射理论的结果表明，快速全息大容量存储器的存储板与探测器矩阵（分别为页面编排器）的比例紧密相关。高容量快速数据存储需要大型探测器阵列。如果存储板和探测器矩阵尺寸相同，则可实现优化的几何结构。在优化设计的存储器中，能够读取约10¹⁰ 位的方形探测器矩阵，其对角线长度应约为1米。
