Durry G, Guelachvili G
Appl Opt. 1995 Apr 20;34(12):1971-81. doi: 10.1364/AO.34.001971.
The adaptation of a high-resolution stepping-mode Connes-type interferometer to the study of timevarying phenomena is described. Solutions that can be used to solve the problem of the limited dynamic range of the measurements involved in time-resolved experiments at high spectral resolution are proposed. To handle the millions of temporal and spectral samples, computer programs based on a matrix formalism and graphic techniques have been developed. A computer simulation of a timeresolved Fourier transform spectroscopy (TRFTS) experiment of a systematic study of the problem posed by the limited dynamic range of the measurements is presented. Advantages and inherent difficulties of the step-by-step TRFTS are reviewed.
描述了一种高分辨率步进模式康恩斯型干涉仪在时变现象研究中的应用。提出了可用于解决高光谱分辨率时间分辨实验中测量动态范围有限问题的解决方案。为处理数百万个时间和光谱样本，已开发出基于矩阵形式和图形技术的计算机程序。给出了一个时间分辨傅里叶变换光谱（TRFTS）实验的计算机模拟，该实验对测量动态范围有限所带来的问题进行了系统研究。回顾了逐步步进TRFTS的优点和内在困难。
