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建立了全息光栅光谱烧孔技术中，系统的存储密度、读出信噪比和材料特性、读写条件关系的数理模型，计算机模拟定量分析得到了最佳材料特性参量空间。研究表明，全息光栅光谱烧孔技术可放宽系统对材料特性的要求，将为烧孔材料研究提供新的理论依据。
In this paper, the mathematical model of the relation between read-write conditions and signal-to-noise ratio, read out signal-noise ratio, material properties and read-write conditions was established. The optimal material property parameter space was obtained by computer simulation and quantitative analysis. The research shows that the holographic gratings spectral hole burning technology can relax the system requirements of material properties and provide a new theoretical basis for the research of burning hole materials.