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Measurement of Axial Position of Spherical Objects Using Multiple Delay Element C-Scan OCT

机译:使用多个延迟元件C扫描OCT测量球形物体的轴向位置

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摘要

In a previous report we presented a novel method using en-face OCT for the evaluation of the curvature of an object, with immediate application to measurement of corneal curvature. This method relies on single shot C-scans obtained from an en-face OCT system with a multiple delay element introduced in the reference arm. In the present report we show how the same methodology can be used for the measurement of the axial position of a spherical object. The theoretical basis and the accuracy of assessing the axial position using this method are presented. The potential application of this method in the measurement and tracking of the in-vivo axial position of the eye is also discussed.
机译:在以前的报告中,我们提出了一种使用面部OCT评估物体曲率的新颖方法,并将其立即应用于角膜曲率的测量。此方法依赖于从面部OCT系统获得的单次C扫描,在参考臂中引入了多个延迟元件。在本报告中,我们展示了如何将相同的方法用于球形物体轴向位置的测量。提出了使用该方法评估轴向位置的理论基础和准确性。还讨论了该方法在眼睛的体内轴向位置的测量和跟踪中的潜在应用。

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