Adaptive phase-shifting interferometry based on a phase-shifting digital holography algorithm

Adaptive phase-shifting interferometry based on a phase-shifting digital holography algorithm

Phase-shifting interferometry (PSI) requires accurate phase shifts between interferograms for realizing high-accuracy phase retrieval. This paper presents an adaptive PSI through synchronously capturing phase shifts measurement interferograms and phase measurement interferograms, in which the former...

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Veröffentlicht in:Optics express 2024-02, Vol.32 (4), p.6329-6341
Hauptverfasser: Han, Xianxin, Wang, Yuheng, Bu, Zhengyang, Bu, Xiaoya, Li, Hongyun, Liu, Shengde, Zhong, Liyun, Lu, Xiaoxu
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container_end_page 6341
container_issue 4
container_start_page 6329
container_title Optics express
container_volume 32
creator Han, Xianxin
Wang, Yuheng
Bu, Zhengyang
Bu, Xiaoya
Li, Hongyun
Liu, Shengde
Zhong, Liyun
Lu, Xiaoxu
description Phase-shifting interferometry (PSI) requires accurate phase shifts between interferograms for realizing high-accuracy phase retrieval. This paper presents an adaptive PSI through synchronously capturing phase shifts measurement interferograms and phase measurement interferograms, in which the former is a series of spatial carrier frequency phase-shifting interferograms generated by an additional assembly and the phase shifts are calculated with the single-spectrum phase shifts measurement algorithm (SS-PSMA), the latter is employed for phase retrieval with an adaptive phase-shifting digital holography algorithm (PSDHA) based on complex amplitude recovery. In addition to exhibiting excellent reliability, high-accuracy phase retrieval (0.02 rad), and short calculation time (
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title Adaptive phase-shifting interferometry based on a phase-shifting digital holography algorithm
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