共程OCT系统光源及干涉仪模块的研究

Yanjun Li, Pengwei Wang, Yanwei Liu, Chengzhi Li
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引用次数: 0

摘要

光学光源是共程光学相干层析成像(CPOCT)系统的重要影响因素之一。不仅光源的带宽决定了CPOCT的轴向分辨率,光源的中心波长也决定了生物样品的测量深度。一般来说,CPOCT的光源选择最重要的问题是以下三个因素:近红外光、高辐照度和低相干性。此外,为了得到CPOCT信号,参考臂和信号臂的光程差(OPD)应该等于零。与传统OCT系统相比,共程干涉仪模块INT-COM-1300的参考臂与信号臂完全对称,克服了传统OCT系统参考臂与信号臂分离结构的缺点。基于这种紧凑的共径结构,大大减小了外部环境(如振动和温度变化)的影响,减小了CPOCT系统的体积。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on common path OCT system's light source and interferometer module
Optical light source is one of the most important factors of the common path optical coherence tomography (CPOCT) system. Not only the bandwidth of the light source determines the axis resolution of the CPOCT, the central wavelength of the light source also determines the measurement depth of the bio-sample. Generally speaking, the most important issue of selecting the light source of CPOCT is the following three factors: near infrared light, high irradiation and low coherence. Furthermore, in order to get the CPOCT signal, the optical path difference (OPD) of the reference arm and the signal arm should equal to zero. Compared with the traditional OCT system, the reference arm and the signal arm of the common path interferometer module INT-COM-1300 are exactly symmetrical, which overcomes the disadvantage of the traditional OCT system's separation structure of the reference arm and the signal arm. Based on this compact common path structure, the influence of the outside environment such as vibration and temperature change is greatly decreased and the volume of the CPOCT system is reduced.
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